CN108221680A - A kind of equipment for bridge construction of well-balanced control amount - Google Patents
A kind of equipment for bridge construction of well-balanced control amount Download PDFInfo
- Publication number
- CN108221680A CN108221680A CN201710826466.0A CN201710826466A CN108221680A CN 108221680 A CN108221680 A CN 108221680A CN 201710826466 A CN201710826466 A CN 201710826466A CN 108221680 A CN108221680 A CN 108221680A
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- Prior art keywords
- stretches
- host
- chamber
- agitating
- coupling shaft
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Classifications
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01D—CONSTRUCTION OF BRIDGES, ELEVATED ROADWAYS OR VIADUCTS; ASSEMBLY OF BRIDGES
- E01D21/00—Methods or apparatus specially adapted for erecting or assembling bridges
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Underground Or Underwater Handling Of Building Materials (AREA)
Abstract
The invention discloses a kind of equipment for bridge construction of well-balanced control amount, including pedestal and the host being fixedly mounted in pedestal, on the left of host funnel is fixedly installed on top surface, lead in the host top surface of funnel bottom and be equipped with into Shi Kou, the rubble chamber for the setting that stretches downwards is equipped in into the host of Shi Kou bottoms, blanking notch is equipped in host right side bottom surface, lead at the top of blanking notch equipped with agitating chamber, rubble bottom of chamber portion, which stretches, leads between end pin right side and agitating chamber left side top equipped with oblique angle via, oblique angle via inner roof wall leads to connects slot equipped with the setting that stretches upwards, connect the first Coupling Shaft for being connected in slot and controlling the setting that stretches, the section that stretches on the left of first Coupling Shaft, which is led to, passes through rubble chamber and connects the host between slot and turn around mating connection；The configuration of the present invention is simple, it is easy to operate, it improves and pours out building stones working efficiency, prevent building stones from blocking, improve building stones even particle size degree, improve concrete strength and then improve bridge construction quality.
Description
Technical field
The present invention relates to bridge technology field, the equipment for bridge construction of specifically a kind of well-balanced control amount.
Background technology
Rubble is the raw material of dosage maximum in high performance concrete, and the thickness of rubble is for the performance of high performance concrete
Play key effect.High performance concrete is a kind of novel High Technique Concrete, apply embodied on bridge it is good resistance to
Long property, homogeneity, stability and economy, have certain intensity and high-impermeable ability, are increasing substantially normal concrete
On the basis of performance, it is made using modern concrete technology.Current hammer crusher used on the market passes through at a high speed
The tup of convolution smashes building stones, and building stones particle is uneven, and hammer crusher noise is big, stability is bad and complicated, operation
Cumbersome, speed is slow, efficiency is low, so as to influence building progress.
Invention content
The technical problems to be solved by the invention are to provide a kind of equipment for bridge construction of well-balanced control amount, can solve
State the problems in present technology.
The present invention is achieved through the following technical solutions：A kind of equipment for bridge construction of well-balanced control amount of the present invention,
Including pedestal and the host being fixedly mounted in the pedestal, funnel is fixedly installed on top surface on the left of the host, it is described
Lead in the host top surface of funnel bottom and stretch downwards equipped with being equipped with into Shi Kou, in the host into Shi Kou bottoms
The rubble chamber of setting, the host right side bottom surface is interior to be equipped with blanking notch, leads at the top of the blanking notch equipped with agitating chamber, institute
It states rubble bottom of chamber portion and stretches and lead between end pin right side and the agitating chamber left side top equipped with oblique angle via, the oblique angle via
Inner roof wall leads to the slot that connects equipped with the setting that stretches upwards, and described connect is connected with first turn that controls the setting that stretches in slot
Spindle, the section that stretches on the left of first Coupling Shaft, which leads to pass through the rubble chamber and the host connected between slot and turn around, matches
Connection is closed, the end pin that stretches on the left of first Coupling Shaft reaches the rubble intracavitary and left side end pin and the cooperation of the first driver connect
It connects, conversion chamber is equipped in the host connected on the right side of slot, the section that stretches on the right side of first Coupling Shaft, which is led to, passes through described connect
The host between slot and the conversion chamber and matings connection is turned around, described in the end pin that stretches on the right side of first Coupling Shaft reaches
It converts intracavitary and is fixedly installed first bevel gear, the conversion chamber is located in the host of the agitating top of chamber, described
The second switching for being connected with the setting that stretches to upper and lower both sides is turned around in the host between agitating chamber and the conversion chamber
Axis, the end pin that stretches at the top of second Coupling Shaft reaches the conversion intracavitary and end pin is fixedly installed and the first bevel gear
The second bevel gear of ratcheting connection is fixedly installed eccentric wheel on the first Coupling Shaft outer surface connected in slot, institute
It states described connect below eccentric wheel and control amount device is connected in slot, the agitating intracavitary is equipped with and second Coupling Shaft
The agitating device of mating connection, equity is provided with wheel spacing adjustment chamber, the wheel spacing tune at left and right sides of bottom in the pedestal
Adjustment rail is horizontally arranged at the top of whole intracavitary, is slided on the adjustment rail and is connected with idler wheel, the idler wheel top cooperation is set
Clamping apparatus is equipped with, sound insulation cushioning device is provided on first driver.
Preferably technical solution, the first driver outer surface are arranged on the rubble chamber inner left wall and fixation
Connection, the first Coupling Shaft outer surface of the rubble intracavitary are equipped with cutter head.
Preferably technical solution, the control amount device include sliding be arranged on described in below the eccentric wheel and connect slot
Interior sliding plate and the heavy access slot connected described on the right side of the sliding plate on the right side of slot in inner wall is arranged on, is set in the heavy access slot
There is the bar that connects for the setting that stretches up and down, the end pin that stretches at the top of bar that connects is fixedly connected with the heavy access slot inner roof wall, described
The bar bottom end pin that stretches is connected to be fixedly connected with the heavy access slot inner bottom wall, it is described connect to slip to be combined on bar stretch to the left
The trolley shoe of setting, the end pin that stretches on the left of the trolley shoe reach it is described connect in slot and fixed with the sliding plate right side connect
It connects, the rod outer surface that connects at the top of the trolley shoe is equipped with spring element, spring element bottom end pin and the trolley shoe
Top surface is fixedly connected, and end pin is fixedly connected with the heavy access slot inner roof wall at the top of the spring element.
Preferably technical solution, the agitating device include be fixed at the sieve of the agitating intracavitary bottom wall with
And the third Coupling Shaft for being arranged on the sieve top surface and the upward setting that stretches is turned around, stretch end pin at the top of the third Coupling Shaft
It is fixedly connected with the second Coupling Shaft bottom end pin that stretches, the third Coupling Shaft outer surface of the agitating intracavitary, which is fixed, to be set
Agitating reducing sleeve is equipped with, the agitating reducing sleeve is equipped with agitating leaf, and the sieve is equipped with mesh.
Preferably technical solution, the sound insulation cushioning device include being fixed on the left of first driver
Blimp and the cushioning sheet for being fixed at two sides above and below first driver, the blimp and cushioning sheet difference
It is connected with the host inner wall.
The beneficial effects of the invention are as follows：
1. reaching rubble intracavitary by the end pin that stretches on the left of the first Coupling Shaft and left side end pin and the first driver being connected, lead
Conversion chamber is set in host on the right side of access slot, the section that stretches on the right side of the first Coupling Shaft, which leads to pass through, to be connected slot and convert the host between chamber and turn
Around mating connection, the end pin that stretches on the right side of the first Coupling Shaft reaches conversion intracavitary and fixed setting first bevel gear, and conversion chamber is located at
Mating connection is turned around in the host of agitating top of chamber, in the host between agitating chamber and conversion chamber to stretch setting to upper and lower both sides
Second Coupling Shaft, the end pin that stretches at the top of the second Coupling Shaft reaches conversion intracavitary and end pin fixed setting and the ratcheting company of first bevel gear
The second bevel gear connect connects and eccentric wheel is fixedly installed on the first Coupling Shaft outer surface in slot, and slot is connected below eccentric wheel
Interior mating connection control amount device, agitating intracavitary sets the agitating device being connected with the second Coupling Shaft, so as to fulfill automatically controlling
It pours out the work of building stones rubble and automatic control amount works for building stones, meanwhile, it realizes and carries out pouring out building stones work automatically, improve work
Make efficiency.
2. include being fixed at the sieve of agitating intracavitary bottom wall and turning around by agitating device being arranged on sieve top surface
And the third Coupling Shaft for the setting that stretches upwards, stretch at the top of third Coupling Shaft end pin and the second Coupling Shaft bottom end pin that stretches are fixed
Connection, the third Coupling Shaft outer surface fixed setting agitating reducing sleeve of agitating intracavitary set agitating leaf on agitating reducing sleeve, on sieve
If mesh, realize and agitating work is carried out to the building stones for falling into agitating intracavitary, meanwhile, by persistently turning around for agitating leaf, improve stone
Material pours out efficiency, prevents building stones from blocking.
3. the configuration of the present invention is simple, easy to operate, the building stones progress agitating work realized to falling into agitating intracavitary can be realized,
Meanwhile persistently turning around by agitating leaf, it improves building stones and pours out efficiency, prevent building stones from blocking, reduce the amount of labour, time saving province
Power improves building stones even particle size degree, improves concrete strength and then improves bridge construction quality.
Description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
Fig. 1 is overall structure diagram inside a kind of equipment for bridge construction of well-balanced control amount of the present invention；
Fig. 2 is the host internal structure schematic diagram of the present invention;
Fig. 3 is sectional view at A-A in Fig. 1.
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, the equipment for bridge construction of a kind of well-balanced control amount of the invention, including pedestal 8 and admittedly
Dingan County is mounted in the host 9 in the pedestal 8, and funnel 7 is fixedly installed on the 9 left side top surface of host, 7 bottom of funnel
Lead in 9 top surface of host equipped with into stone mouth 910, the host 9 into 910 bottom of stone mouth is interior to be set equipped with stretching downwards
The rubble chamber 91 put, 9 right side bottom surface of host is interior to be equipped with blanking notch 97, and 97 top of blanking notch is led to equipped with agitating
Chamber 93,91 bottom of rubble chamber, which stretches, leads between end pin right side and 93 left side top of agitating chamber equipped with oblique angle via
92,92 inner roof wall of oblique angle via leads to connects slot 94 equipped with the setting that stretches upwards, and described connect in slot 94 is connected
There is the first Coupling Shaft 941 for controlling the setting that stretches, the section that stretches on the left of first Coupling Shaft 941, which is led to, passes through the rubble chamber 91 and institute
It states the host 9 connected between slot 94 and turns around mating connection, the end pin that stretches on the left of first Coupling Shaft 941 reaches described
In rubble chamber 91 and left side end pin is connected with the first driver 912, is equipped in the host 9 for connecting 94 right side of slot
Convert chamber 95, first Coupling Shaft, 941 right side stretch section lead to pass through it is described connect it is described between slot 94 and the conversion chamber 95
Host 9 and mating connection is turned around, 941 right side of the first Coupling Shaft end pin that stretches is reached in the conversion chamber 95 and is fixedly installed
Have a first bevel gear 951, the conversion chamber 95 is located in the host 9 at 93 top of agitating chamber, the agitating chamber 93 with
The second Coupling Shaft 953 for being connected with the setting that stretches to upper and lower both sides is turned around in the host 9 between the conversion chamber 95,
The end pin that stretches at the top of second Coupling Shaft 953 is reached in the conversion chamber 95 and end pin is fixedly installed and the described first cone tooth
The second bevel gear 952 of 951 ratcheting connections is taken turns, fixes and sets on 941 outer surface of the first Coupling Shaft connected in slot 94
Eccentric wheel 942 is equipped with, described connect of 942 lower section of eccentric wheel is connected with control amount device in slot 94, the agitating chamber
The agitating device being connected with second Coupling Shaft 953 is equipped in 93, bottom left and right sides equity is set in the pedestal 8
There is wheel spacing adjustment chamber 81, wheel spacing adjustment 81 inner top of chamber, which is horizontally arranged with, adjusts rail 82, sliding on the adjustment rail 82
Row is connected with idler wheel 83, and 83 top of idler wheel is equipped with Clamping apparatus 84, and the idler wheel 83 passes through the Clamping apparatus
84 are fixed on the adjustment rail 82, and sound insulation cushioning device is provided on first driver 912.
Valuably, 912 outer surface of the first driver is arranged on 91 inner left wall of rubble chamber and is fixedly connected, institute
941 outer surface of the first Coupling Shaft stated in rubble chamber 91 is equipped with cutter head 911.
Valuably, the control amount device includes the sliding cunning for being arranged on and being connected described in 942 lower section of eccentric wheel in slot 94
Fishplate bar 943 and it is arranged on the heavy access slot 96 connected described in 943 right side of the sliding plate in 94 right side inner wall of slot, the heavy access slot
The setting that stretches up and down is equipped in 96 connects bar 962, and 962 top of bar that connects stretches end pin and heavy 96 inner roof wall of access slot
It is fixedly connected, 962 bottom of the bar end pin that stretches that connects is fixedly connected with heavy 96 inner bottom wall of access slot, described to connect bar 962
The upper sliding trolley shoe 963 for being combined with the setting that stretches to the left, 963 left side of the trolley shoe end pin that stretches reach and described connect slot
It is fixedly connected in 94 and with sliding 943 right side of plate, connecting 962 outer surface of bar described in 963 top of trolley shoe sets
Elastic part 961, the 961 bottom end pin of spring element are fixedly connected with 963 top surface of trolley shoe, and the spring element 961 pushes up
Portion's end pin is fixedly connected with heavy 96 inner roof wall of access slot, and warp is oblique automatically for the building stones completed so as to fulfill the rubble in rubble chamber 91
Angle via 92 is slipped into agitating chamber 93, is prevented the excessively accumulation of the building stones in agitating chamber 93 and is caused building stones discharge uneven.
Valuably, the agitating device includes being fixed at the sieve 931 of 93 inner bottom wall of agitating chamber and turn around
It is arranged on 931 top surface of sieve and the third Coupling Shaft 932 for the setting that stretches upwards, 932 top of third Coupling Shaft stretches
End pin and 953 bottom of the second Coupling Shaft end pin that stretches are fixedly connected, the third Coupling Shaft 932 in the agitating chamber 93
Outer surface is fixedly installed agitating reducing sleeve 933, and the agitating reducing sleeve 933 is equipped with agitating leaf 935, on the sieve 931
Equipped with mesh 9310, agitating work is carried out so as to fulfill to falling into the building stones in agitating chamber 93, meanwhile, pass through agitating leaf 935
It persistently turns around, improves the sieve material of the mesh 9310 in sieve 931 and pour out building stones, prevent building stones from blocking.
Valuably, the sound insulation cushioning device includes the blimp for being fixed at 912 left side of the first driver
9121 and the cushioning sheets 9122 of the first driver two sides about 912 is fixed at, the blimp 9121 and described
Cushioning sheet 9122 is connected respectively with 9 inner wall of host, is driven by the way that the sound insulation cushioning device is set to reduce described first
The noise and vibrations that the dynamic operating of device 912 generates.
When needing rubble to make concrete so as to build a bridge, building stones are poured into funnel 7 first, pass through building stones
Funnel 7 is fallen into after sliding into stone mouth 910 in rubble chamber 91, at this point, driving 941 turns of the first Coupling Shaft by the first driver 912
Around, meanwhile, it is realized by the cutter head 911 in rubble chamber 91 in first Coupling Shaft 941 and rubble work is carried out to building stones, by connecting slot 94
Interior first Coupling Shaft 941 is turned around with movable eccentric wheel 942, at this point, making 942 outer surface of eccentric wheel and sliding 943 top surface jacking sliding of plate
Connect cooperation, meanwhile, trolley shoe 963 by 961 drawing force of spring element, make trolley shoe 963 drive sliding 943 top surface of plate always with partially
942 outer surface top pressure of heart wheel is connected, when eccentric wheel 942 is outer utmostly far from 941 center line side of the first Coupling Shaft
When surface is located at 941 center line position directly below of the first Coupling Shaft, at this point, eccentric wheel 942 drives sliding plate 943 and sliding plate
The trolley shoe 963 on 943 right sides overcomes the lowest position that 961 drawing force of spring element is slid into heavy access slot 96, meanwhile, make to slip
943 bottom stage of plate utmostly reaches in oblique angle via 92 and sliding 943 bottom surface of plate is made to be abutted against with bottom in oblique angle via 92,
That realizes blowing is automatically closed work, when outer surface of the eccentric wheel 942 utmostly far from 941 center line side of the first Coupling Shaft
During positioned at 941 centerline top position of the first Coupling Shaft, at this point, trolley shoe 963 is made trolley shoe by 961 drawing force of spring element
963 utmostly slide into the top position in heavy access slot 96, at this point, driving sliding 943 bottom end of plate complete by trolley shoe 963
It slips into and connects in slot 94, realize and work from blowing, and the second cone is driven by the first bevel gear 951 of 941 end pin of the first Coupling Shaft
Gear 952 turns around, and then the second Coupling Shaft 953 is driven to turn around by second bevel gear 952, and bottom is driven by the second Coupling Shaft 953
Third Coupling Shaft 932 turn around, at this point, being driven outside agitating reducing sleeve 933 and agitating reducing sleeve 933 by third Coupling Shaft 932
Agitating leaf 935 on surface turns around, and realizes and carries out agitating work to falling into the building stones in agitating chamber 93, makes the stone in agitating chamber 93
Material is quickly discharged through the mesh 9310 in sieve 931, is discharged outside host 9 after later falling into blanking notch 97, realization is poured out automatically
Building stones work.
The beneficial effects of the invention are as follows：
1. reaching rubble intracavitary by the end pin that stretches on the left of the first Coupling Shaft and left side end pin and the first driver being connected, lead
Conversion chamber is set in host on the right side of access slot, the section that stretches on the right side of the first Coupling Shaft, which leads to pass through, to be connected slot and convert the host between chamber and turn
Around mating connection, the end pin that stretches on the right side of the first Coupling Shaft reaches conversion intracavitary and fixed setting first bevel gear, and conversion chamber is located at
Mating connection is turned around in the host of agitating top of chamber, in the host between agitating chamber and conversion chamber to stretch setting to upper and lower both sides
Second Coupling Shaft, the end pin that stretches at the top of the second Coupling Shaft reaches conversion intracavitary and end pin fixed setting and the ratcheting company of first bevel gear
The second bevel gear connect connects and eccentric wheel is fixedly installed on the first Coupling Shaft outer surface in slot, and slot is connected below eccentric wheel
Interior mating connection control amount device, agitating intracavitary sets the agitating device being connected with the second Coupling Shaft, so as to fulfill automatically controlling
It pours out the work of building stones rubble and automatic control amount works for building stones, meanwhile, it realizes and carries out pouring out building stones work automatically, improve work
Make efficiency.
2. include being fixed at the sieve of agitating intracavitary bottom wall and turning around by agitating device being arranged on sieve top surface
And the third Coupling Shaft for the setting that stretches upwards, stretch at the top of third Coupling Shaft end pin and the second Coupling Shaft bottom end pin that stretches are fixed
Connection, the third Coupling Shaft outer surface fixed setting agitating reducing sleeve of agitating intracavitary set agitating leaf on agitating reducing sleeve, on sieve
If mesh, realize and agitating work is carried out to the building stones for falling into agitating intracavitary, meanwhile, by persistently turning around for agitating leaf, improve stone
Material pours out efficiency, prevents building stones from blocking.
3. the configuration of the present invention is simple, easy to operate, it can realize and agitating work is carried out to the building stones for falling into agitating intracavitary, together
When, by persistently turning around for agitating leaf, improve building stones and pour out efficiency, prevent building stones from blocking, reduce the amount of labour, it is time saving and energy saving,
Building stones even particle size degree is improved, improve concrete strength and then improves bridge construction quality.
The above description is merely a specific embodiment, but protection scope 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, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (5)
1. a kind of equipment for bridge construction of well-balanced control amount, exists including pedestal and the host being fixedly mounted in pedestal, feature
In：Funnel is fixedly installed on top surface on the left of host, leads in the host top surface of funnel bottom and is equipped with into Shi Kou, into Shi Kou bottoms
Host in be equipped with the rubble chamber of setting of stretching downwards, blanking notch is equipped in host right side bottom surface, is led at the top of blanking notch
Equipped with agitating chamber, rubble bottom of chamber portion, which stretches, leads between end pin right side and agitating chamber left side top equipped with oblique angle via, oblique angle mistake
Hole inner roof wall leads to connects slot equipped with the setting that stretches upwards, connects and the first switching for controlling the setting that stretches is connected in slot
Axis, the section that stretches on the left of the first Coupling Shaft, which is led to, passes through rubble chamber and connects the host between slot and turn around mating connection, the first Coupling Shaft
The left side end pin that stretches reaches rubble intracavitary and left side end pin and the first driver are connected, and connects and is equipped in the host on the right side of slot
Chamber is converted, the section that stretches on the right side of the first Coupling Shaft, which leads to pass through, to be connected slot and convert the host between chamber and turn around mating connection, first turn
The end pin that stretches on the right side of spindle reaches conversion intracavitary and is fixedly installed first bevel gear, and conversion chamber is located at the host of agitating top of chamber
It is interior, the second Coupling Shaft for being connected with the setting that stretches to upper and lower both sides is turned around in the host between agitating chamber and conversion chamber, the
The end pin that stretches at the top of two Coupling Shafts reaches conversion intracavitary and end pin is fixedly installed and is bored with the second of the ratcheting connection of first bevel gear
Gear connects and eccentric wheel is fixedly installed on the first Coupling Shaft outer surface in slot, and the cooperation in slot that connects below eccentric wheel connects
Control amount device is connected to, agitating intracavitary is equipped with the agitating device being connected with the second Coupling Shaft, and the bottom left and right sides is right in pedestal
It etc. wheel spacing adjustment chamber is provided with, takes turns that adjustment rail is horizontally arranged at the top of spacing adjustment intracavitary, adjusts and slide mating connection on rail
There is idler wheel, idler wheel top is equipped with Clamping apparatus, sound insulation cushioning device is provided on the first driver.
2. a kind of equipment for bridge construction of well-balanced control amount according to claim 1, it is characterised in that：First driver
Outer surface is arranged on the rubble chamber inner left wall and is fixedly connected, on the first Coupling Shaft outer surface of the rubble intracavitary
Equipped with cutter head.
3. a kind of equipment for bridge construction of well-balanced control amount according to claim 1, it is characterised in that：The control amount device packet
It includes to slip to be arranged on described in below the eccentric wheel to connect the sliding plate in slot and be arranged on described on the right side of the sliding plate and lead
Heavy access slot on the right side of access slot in inner wall, the interior bar that connects for being equipped with the setting that stretches up and down of the heavy access slot, described connect are stretched at the top of bar
Prolong end pin to be fixedly connected with the heavy access slot inner roof wall, the bar bottom end pin that stretches that connects is fixed with the heavy access slot inner bottom wall
Connection, described to connect the trolley shoe for being slipped on bar and being combined with the setting that stretches to the left, the end pin that stretches on the left of the trolley shoe reaches
It is described to connect in slot and be fixedly connected with the sliding plate right side, it connects rod outer surface described at the top of the trolley shoe and is equipped with
Spring element, spring element bottom end pin are fixedly connected with the trolley shoe top surface, and end pin sinks with described at the top of the spring element
Access slot inner roof wall is fixedly connected.
4. a kind of equipment for bridge construction of well-balanced control amount according to claim 1, it is characterised in that：The agitating device packet
It includes the sieve for being fixed at the agitating intracavitary bottom wall and turns around and be arranged on the sieve top surface and the upward setting that stretches
Third Coupling Shaft, stretch at the top of the third Coupling Shaft end pin and the second Coupling Shaft bottom end pin that stretches are fixedly connected, institute
The third Coupling Shaft outer surface for stating agitating intracavitary is fixedly installed agitating reducing sleeve, and the agitating reducing sleeve is equipped with agitating
Leaf, the sieve are equipped with mesh.
5. a kind of equipment for bridge construction of well-balanced control amount according to claim 1, it is characterised in that：The sound insulation bradyseism dress
It puts the blimp including being fixed on the left of first driver and is fixed at both sides above and below first driver
The cushioning sheet in face, the blimp and the cushioning sheet are connected respectively with the host inner wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710826466.0A CN108221680A (en) | 2017-09-14 | 2017-09-14 | A kind of equipment for bridge construction of well-balanced control amount |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710826466.0A CN108221680A (en) | 2017-09-14 | 2017-09-14 | A kind of equipment for bridge construction of well-balanced control amount |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108221680A true CN108221680A (en) | 2018-06-29 |
Family
ID=62655285
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710826466.0A Withdrawn CN108221680A (en) | 2017-09-14 | 2017-09-14 | A kind of equipment for bridge construction of well-balanced control amount |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108221680A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109162176A (en) * | 2018-07-12 | 2019-01-08 | 俞金朋 | A kind of device being laid with bridge for ground |
-
2017
- 2017-09-14 CN CN201710826466.0A patent/CN108221680A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109162176A (en) * | 2018-07-12 | 2019-01-08 | 俞金朋 | A kind of device being laid with bridge for ground |
| CN109162176B (en) * | 2018-07-12 | 2020-11-20 | 福州宇卓科技有限公司 | Device for rock-soil laying road bridge |
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|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180629 |
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| WW01 | Invention patent application withdrawn after publication |