CN108221998A - A kind of Architectural Equipment - Google Patents
A kind of Architectural Equipment Download PDFInfo
- Publication number
- CN108221998A CN108221998A CN201711000916.7A CN201711000916A CN108221998A CN 108221998 A CN108221998 A CN 108221998A CN 201711000916 A CN201711000916 A CN 201711000916A CN 108221998 A CN108221998 A CN 108221998A
- Authority
- CN
- China
- Prior art keywords
- chamber
- elongation
- sliding block
- connection
- stamping machine
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D13/00—Accessories for placing or removing piles or bulkheads, e.g. noise attenuating chambers
- E02D13/04—Guide devices; Guide frames
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D7/00—Methods or apparatus for placing sheet pile bulkheads, piles, mouldpipes, or other moulds
- E02D7/02—Placing by driving
- E02D7/06—Power-driven drivers
- E02D7/12—Drivers with explosion chambers
- E02D7/125—Diesel drivers
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02D—FOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
- E02D7/00—Methods or apparatus for placing sheet pile bulkheads, piles, mouldpipes, or other moulds
- E02D7/02—Placing by driving
- E02D7/06—Power-driven drivers
- E02D7/14—Components for drivers inasmuch as not specially for a specific driver construction
Landscapes
- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- General Life Sciences & Earth Sciences (AREA)
- Mining & Mineral Resources (AREA)
- Paleontology (AREA)
- Civil Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Apparatuses For Generation Of Mechanical Vibrations (AREA)
Abstract
The invention discloses a kind of Architectural Equipments, stamping machine including twisting arm assembly and on twisting arm assembly right end, stamping machine is arranged on the first groove portion in stamping machine bottom surface, intercommunication is equipped with the second groove portion in first groove portion inner roof wall, the first chamber of elongation setting up and down is equipped in the stamping machine of the positive upside of second groove portion, intercommunication is equipped with the first guide runner at the top of inner wall on the right side of first chamber, neat fit is connected with the first sliding block in first chamber, the connection sliding slot of elongation setting upwards is equipped in first sliding block bottom surface, neat fit is connected with the connection slide bar of elongation setting downwards in connection sliding slot, top pressure is connected with the first elastic component in connection sliding slot at the top of connection slide bar；Pile body is effectively sunk and hits preset height by the configuration of the present invention is simple, improves the safety of hammering work, meanwhile, working efficiency is improved, abrasion caused by mobile or handling process is reduced, improves service life.
Description
Technical field
The present invention relates to technical field of buildings, specifically a kind of Architectural Equipment.
Background technology
It in architectural process, needs pile body sinking to designed elevation, just needs to utilize the jump repeatedly using various pile monkeys at this time
The dead weight of dynamic impact force and pile body overcomes the side friction power of pile body and the resistance hammering of pile-end soil layer to realize.At present with cartridge type
Diesel hammer is the most widely used one kind, it is using light diesel as fuel, has pollution to environment, and vibration is big, makes an uproar
Sound pitch disturbs residents seriously, and cannot be hammered in tilted direction, it is impossible to adapt to diversified operating environment.
Invention content
The technical problems to be solved by the invention are to provide a kind of Architectural Equipment, can solve above-mentioned show in the art
Problem.
The present invention is achieved through the following technical solutions：A kind of Architectural Equipment of the present invention, including twisting arm assembly
And the stamping machine on the twisting arm assembly right end, it is characterised in that：The stamping machine is arranged on the stamping machine
The first groove portion in bottom surface, in the first groove portion inner roof wall intercommunication be equipped with the second groove portion, the institute of the positive upside of second groove portion
It states and the first chamber that elongation is set up and down is equipped in stamping machine, intercommunication is equipped with first at the top of inner wall on the right side of the first chamber
Guide runner, neat fit is connected with the first sliding block in the first chamber, and elongation upwards is equipped in the first sliding block bottom surface and is set
The connection sliding slot put, the connection slide bar for connecting neat fit in sliding slot and being connected with elongation setting downwards, the connection slide bar
Top pressure is connected with the first elastic component in the connection sliding slot at top, and connection slide bar bottom extension, which is worn, passes through described the
The stamping machine between one chamber and second groove portion, the top of the connection sliding slot inner left wall, which is equipped with to wear, passes through described the
First slotted eyes of outer wall on the left of one sliding block, is equipped with second chamber in the stamping machine on the left of the first chamber, and described second
It is worn between the top of inner wall and the first chamber inner left wall on the right side of chamber and has provided the second slotted eyes, put down in first slotted eyes
Sliding fit is connected with the slide plate of left and right elongation setting, and extension probes into described second after second slotted eyes on the left of the slide plate
In chamber, elongation tip is probeed into the connection sliding slot and is connected with the connection top end of sliding rod secure fit on the right side of the slide plate
It connects, the transmission chamber equipped with left and right elongation setting in the stamping machine on the upside of the first chamber, it is described on the downside of the slide plate
Front drive device is equipped in second chamber, is equipped with longitudinal-moving device in first guide runner, the transmission intracavitary be equipped with to institute
The transfer device that front drive device and the longitudinal-moving device are connected is stated, slide plate left side extension bottom surface is fixedly installed resistance to
Sound-absorbing pad is ground, the wear-resisting sound-absorbing pad outer surface is abrasive rubber layer, described filled with acoustical cotton inside the wear-resisting sound-absorbing pad
Stamping machine inner top is provided with the maintenance chamber that setting is communicated with the transmission chamber, described to safeguard that top of chamber is provided with maintenance device.
Preferably technical solution, the connection slide bar bottom elongation tip probes into second groove portion and bottom end
The tip is connected with fixed sleeving, and neat fit is connected with hammering plate in first groove portion, at the top of the hammering plate with it is described
Fixed sleeving bottom is fixedly connected, and the fixed sleeving outer surface is equipped with to the lock with the connection sealed mating connection of slide bar
Close helical member.
Preferably technical solution, the front drive device include be arranged in the second chamber inner left wall second
Guide runner and neat fit connection are arranged on the second sliding block in second guide runner, and the second sliding block inside spin line is matched
The first screw rod for being connected with elongation setting up and down is closed, is installed with the first engine in the second sliding block right side, described the
One engine right end is connected with the convex runner probeed into the second chamber, and the convex runner is located at below the slide plate
In the second chamber, the first screw rod bottom elongation tip is connected with the second guide runner inner bottom wall convolution,
Second guide runner is located at the lower position of extension on the left of the transmission chamber.
Preferably technical solution, the longitudinal-moving device include neat fit connection and are arranged in first guide runner
Third sliding block and with the third slipper screw line be connected and up and down elongation setting the second screw rod, described second
Elongation tip and the second engine are connected at the top of screw rod, and the second engine outer surface is arranged on first slide guide
In slot inner roof wall and secure fit connects, and the second screw rod bottom elongation tip circles round with the first guide runner inner bottom wall
It being connected, the third sliding block left end is connect with the bottom position secure fit of the first sliding block right side, and described first
Guide runner is located at the lower position of extension on the right side of the transmission chamber.
Preferably technical solution, the transfer device include convolution mating connection and are arranged on section on the left of the transmission chamber
First transmission axle of interior and upper and lower elongation setting and convolution, which are connected, to be arranged on the right side of the transmission chamber in section and stretches up and down
Second transmission axle of long setting, at the top of first transmission axle and second transmission axle elongation tip with the transmission intracavitary
Roof convolution is connected, and the first transmission axle bottom extension, which is worn, to be passed through between the transmission chamber and second guide runner
The stamping machine and convolution be connected, the first transmission axle bottom elongation tip probe into second guide runner and with
Elongation tip secure fit connects at the top of first screw rod, solid on the first transmission axle outer surface for transmitting intracavitary
Equipped with the first runner, the second transmission axle bottom elongation tip is connected with tip at the top of second engine, described
It transmits and is installed with the second runner being oppositely arranged with first runner on the second transmission axle outer surface of intracavitary, described the
Transfer tape is connected between one runner and second runner.
Preferably technical solution, the maintenance device include coordinating the pulling plate for safeguarding chamber setting, the hammering
It is provided at the top of machine and is connect with the chamber slot safeguarded chamber and communicate setting, the pulling plate with the chamber slot neat fit, the drawing
Top is fixedly installed casting lug thereon on the left of plate.
The beneficial effects of the invention are as follows：Pile body is effectively sunk and hits preset height by the configuration of the present invention is simple, passes through the first chamber
Indoor neat fit connects the first sliding block, and the connection sliding slot of elongation setting upwards is set in the first sliding block bottom surface, connects in sliding slot and puts down
Sliding fit connects the connection slide bar of elongation setting downwards, connects the first elasticity of top pressure mating connection in the connection sliding slot at the top of slide bar
Part, connection slide bar bottom extension wear the stamping machine passed through between first chamber and the second groove portion, connect the top of sliding slot inner left wall
Portion sets the first slotted eyes worn and pass through outer wall on the left of the first sliding block, and second chamber, second chamber are set in the stamping machine on the left of first chamber
It is worn between the top of right side inner wall and first chamber inner left wall and provides the second slotted eyes, neat fit connection left and right in the first slotted eyes
The slide plate of setting is extended, extension is probeed into after the second slotted eyes in second chamber on the left of slide plate, and elongation tip probes on the right side of slide plate
It is connected in connection sliding slot and with connecting top end of sliding rod secure fit, left and right elongation setting is set in the stamping machine on the upside of first chamber
Transmit chamber, front drive device set in the second chamber on the downside of slide plate, longitudinal-moving device is set in the first guide runner, transmit intracavitary set to
The transfer device that front drive device and longitudinal-moving device are connected automatically controls the folding and unfolding work for hammering plate so as to fulfill realizing, prevents
Only plate is exposed damages for hammering, improves the safety of hammering work, can realize and be realized while control longitudinal-moving device works
The mating connection work of front drive device is automatically controlled, improves working efficiency, abrasion caused by mobile or handling process is reduced, carries
High service life.
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 outside a kind of Architectural Equipment of the present invention；
Structure diagram when Fig. 2 is a kind of Architectural Equipment hammering work of the present invention；
Fig. 3 is the structure diagram of the slide plate of the present invention.
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, a kind of Architectural Equipment of the invention, including twisting arm assembly 5 and mounted on described
Stamping machine 6 on 5 right end of twisting arm assembly, it is characterised in that：The stamping machine 6 is arranged in 6 bottom surface of stamping machine
One groove portion 61, in 61 inner roof wall of the first groove portion intercommunication be equipped with the second groove portion 62, the positive upside of second groove portion 62 it is described
The first chamber 63 of elongation setting up and down is equipped in stamping machine 6, at the top of the 63 right side inner wall of first chamber intercommunication be equipped with
First guide runner 64, neat fit is connected with the first sliding block 631 in the first chamber 63, in 631 bottom surface of the first sliding block
Equipped with the connection sliding slot 6310 that upward elongation is set, neat fit is connected with elongation setting downwards in the connection sliding slot 6310
Slide bar 6312 is connected, top pressure is connected with the first elastic component in the connection sliding slot 6310 at 6312 top of connection slide bar
6314, the connection 6312 bottom extension of slide bar wears the hammer passed through between the first chamber 63 and second groove portion 62
Machine 6 is hit, the top of connection 6310 inner left wall of sliding slot is equipped with the first slotted eyes worn and pass through the 631 left side outer wall of the first sliding block
6311, the stamping machine 6 in 63 left side of first chamber is interior to be equipped with second chamber 65, the 65 right side inner wall of second chamber
It is worn between 63 inner left wall of top and the first chamber and has provided the second slotted eyes 651, smoothly matched in first slotted eyes 6311
The slide plate 6313 for being connected with left and right elongation setting is closed, the 6313 left side extension of slide plate probes into after second slotted eyes 651
In the second chamber 65, the 6313 right side elongation tip of slide plate is probeed into the connection sliding slot 6310 and is slided with the connection
6312 top secure fit connection of bar, the interior biography for being equipped with left and right elongation setting of the stamping machine 6 of 63 upside of first chamber
Chamber 66 is passed, front drive device is equipped in the second chamber 65 of 6313 downside of slide plate, is equipped in first guide runner 64
Longitudinal-moving device, it is described to transmit the transmission dress being equipped in chamber 66 to the front drive device and longitudinal-moving device mating connection
It puts, the 6313 left side extension bottom surface of slide plate is fixedly installed wear-resisting sound-absorbing pad 630, wear-resisting 630 outer surface of sound-absorbing pad
For abrasive rubber layer 6301, wear-resisting 630 inside of sound-absorbing pad is filled with acoustical cotton 6302,6 inner top of the stamping machine setting
There is the maintenance chamber 51 that setting is communicated with the transmission chamber 66, it is described to safeguard that 51 top of chamber is provided with maintenance device.
Valuably, 6312 bottom of connection slide bar elongation tip is probeed into second groove portion 62 and bottom tip coordinates
Be connected with fixed sleeving 611, neat fit is connected with hammering plate 610 in first groove portion 61,610 top of hammering plate with
611 bottom of fixed sleeving is fixedly connected, and 611 outer surface of fixed sleeving is equipped with to lock with the connection slide bar 6312
The sealed helical member 6111 being connected is closed, so as to which installation be facilitated to replace and safeguarded, improves the efficiency of disassembly and installation.
Valuably, the front drive device include be arranged on the second guide runner 67 in 65 inner left wall of second chamber with
And neat fit connection is arranged on the second sliding block 672 in second guide runner 67, the 672 inside spin line of the second sliding block is matched
The first screw rod 671 for being connected with elongation setting up and down is closed, the first engine is installed in 672 right side of the second sliding block
673,673 right end of the first engine is connected with the convex runner 674 probeed into the second chamber 65, the convex runner
674 are located in the second chamber 65 of 6313 lower section of the slide plate, 671 bottom of the first screw rod elongation tip with it is described
The convolution of second guide runner, 67 inner bottom wall is connected, and second guide runner 67 is located under the transmission 66 left side extension of chamber
Orientation is put, and so as to fulfill forerunner's work of hammering is automatically controlled, is improved the working efficiency of hammering and is hammered the stability of work.
Valuably, the longitudinal-moving device includes the third sliding block that neat fit connection is arranged in first guide runner 64
642 and with 642 spiral lamination of third sliding block be connected and up and down elongation setting the second screw rod 641, described second
641 top elongation tip of screw rod is connected with the second engine 643, and 643 outer surface of the second engine is arranged on institute
It states in 64 inner roof wall of the first guide runner and secure fit connects, 641 bottom of the second screw rod elongation tip and described first
The convolution of 64 inner bottom wall of guide runner is connected, 642 left end of third sliding block and the bottom position of 631 right side of the first sliding block
Secure fit connection is put, first guide runner 64 is located at the lower position for transmitting 66 right side extension of chamber, so as to fulfill
The folding and unfolding work of hammering plate 610 is automatically controlled, preventing hammering, plate 610 is exposed damages.
Valuably, the transfer device includes circling round being connected and is arranged in the transmission 66 left side section of chamber and stretches up and down
First transmission axle 663 of long setting and convolution mating connection are arranged in the transmission 66 right side section of chamber and elongation is set up and down
The second transmission axle 661, first transmission axle 663 and the top of second transmission axle 661 elongation tip with the transmission
The convolution of 66 inner roof wall of chamber is connected, and the 663 bottom extension of the first transmission axle, which is worn, passes through the transmission chamber 66 and described second
The stamping machine 6 and convolution between guide runner 67 is connected, and 663 bottom of the first transmission axle elongation tip probes into institute
It states in the second guide runner 67 and is connect with the 671 top elongation tip secure fit of the first screw rod, in the transmission chamber 66
663 outer surface of the first transmission axle on be installed with the first runner 664,661 bottom of the second transmission axle elongation tip with
Second engine, the 643 top tip is connected, solid on 661 outer surface of the second transmission axle transmitted in chamber 66
Equipped with the second runner 662 being oppositely arranged with first runner 664, first runner 664 and second runner 662 it
Between be connected with transfer tape 665, so as to fulfill control longitudinal-moving device work while realize automatically control front drive device
Mating connection work improves working efficiency.
Valuably, the maintenance device includes coordinating the pulling plate 52 safeguarded chamber 51 and set, and 6 top of stamping machine is set
It is equipped with and is connect with the chamber slot 54 safeguarded chamber 51 and communicate setting, the pulling plate 52 with 54 neat fit of chamber slot, the drawing
52 left side top of plate is fixedly installed casting lug thereon 53, when needing to safeguard, pulls open the pulling plate 52 and pushes it into the chamber slot 54
In.
During original state, connection slide bar 6312 drives connection slide bar 6312 by the pressure on top surface of the first elastic component 6314
Slide plate 6313 is located at the lowest position in the first slotted eyes 6311, meanwhile, third sliding block 642 is made to be located in the first guide runner 64
Top position, meanwhile, the top position that the first sliding block 631 is located in first chamber 63 is driven by third sliding block 642, and then
The hammering plate 610 for driving 6312 bottom of connection slide bar by the first sliding block 631 is fully located in the first groove portion 61, meanwhile, by first
Sliding block 631 drives slide plate 6313 to be located at the top position in 65 and second slotted eyes 651 of second chamber, at this point, the second sliding block
672 are located at the lowest position in the second guide runner 67, meanwhile, the convex of 673 right end of the first engine is driven by the second sliding block 672
In second chamber 65 of the runner 674 utmostly far from 6313 bottom of slide plate.
When needing to hammer work, by the second engine 643 drive bottom the second screw rod 641 and top the
Two transmission axles 661 are circled round, and then drive third sliding block 642 gradually along the bottom in the first guide runner 64 by the second screw rod 641
Direction is slided, at this point, the first sliding block 631 is driven gradually to be slided along the bottom direction in first chamber 63 by third sliding block 642, together
When, the second runner 662 in the second transmission axle 661 is driven to circle round by the convolution of the second transmission axle 661, pass through the second runner 662
On transfer tape 665 drive the first runner 664 circle round, and then the first transmission axle 663 is driven to circle round by the first runner 664, at this point,
The first screw rod 671 is driven to circle round by the first transmission axle 663, and then 672 gradual edge of the second sliding block is driven by the first screw rod 671
The top-direction of second guide runner 67 is slided, until third sliding block 642 as shown in Figure 3 slides into the bottom most position in guide runner 64
It puts, the top position that the second sliding block 672 slid into the second guide runner 67 is driven by the first screw rod 671 at this time, meanwhile, by
Third sliding block 642 drives the first sliding block 631 to slide into the lowest position in first chamber 63, at this point, sliding slide plate 6313
Lowest position to the second slotted eyes 651, then by controlling the first engine 673 that convex runner 674 is driven to circle round, by convex turn
Being slidably matched with 6313 top pressure of slide plate in second chamber 65 for wheel 674, connection slide bar is driven so as to fulfill by slide plate 6313
6312 and the hammering plate 610 of connection slide bar 6312 bottom realize that work is slided in hammering up and down.
The beneficial effects of the invention are as follows：Pile body is effectively sunk and hits preset height by the configuration of the present invention is simple, passes through the first chamber
Indoor neat fit connects the first sliding block, and the connection sliding slot of elongation setting upwards is set in the first sliding block bottom surface, connects in sliding slot and puts down
Sliding fit connects the connection slide bar of elongation setting downwards, connects the first elasticity of top pressure mating connection in the connection sliding slot at the top of slide bar
Part, connection slide bar bottom extension wear the stamping machine passed through between first chamber and the second groove portion, connect the top of sliding slot inner left wall
Portion sets the first slotted eyes worn and pass through outer wall on the left of the first sliding block, and second chamber, second chamber are set in the stamping machine on the left of first chamber
It is worn between the top of right side inner wall and first chamber inner left wall and provides the second slotted eyes, neat fit connection left and right in the first slotted eyes
The slide plate of setting is extended, extension is probeed into after the second slotted eyes in second chamber on the left of slide plate, and elongation tip probes on the right side of slide plate
It is connected in connection sliding slot and with connecting top end of sliding rod secure fit, left and right elongation setting is set in the stamping machine on the upside of first chamber
Transmit chamber, front drive device set in the second chamber on the downside of slide plate, longitudinal-moving device is set in the first guide runner, transmit intracavitary set to
The transfer device that front drive device and longitudinal-moving device are connected automatically controls the folding and unfolding work for hammering plate so as to fulfill realizing, prevents
Only plate is exposed damages for hammering, improves the safety of hammering work, can realize and be realized while control longitudinal-moving device works
The mating connection work of front drive device is automatically controlled, improves working efficiency, abrasion caused by mobile or handling process is reduced, carries
High service life.
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 (6)
1. a kind of Architectural Equipment, the stamping machine including twisting arm assembly and on twisting arm assembly right end, feature exist
In：Stamping machine is arranged on the first groove portion in stamping machine bottom surface, and intercommunication is equipped with the second groove portion, the second slot in the first groove portion inner roof wall
It is equipped with the first chamber of elongation setting up and down in the stamping machine of the positive upside in portion, intercommunication is equipped at the top of inner wall on the right side of first chamber
First guide runner, neat fit is connected with the first sliding block in first chamber, and elongation setting upwards is equipped in the first sliding block bottom surface
Sliding slot is connected, connects the connection slide bar that neat fit in sliding slot is connected with elongation setting downwards, the connection at the top of slide bar is connected and slides
Top pressure is connected with the first elastic component in slot, and connection slide bar bottom extension wears the hammer passed through between first chamber and the second groove portion
Hit machine, the top of connection sliding slot inner left wall is equipped with the first slotted eyes worn and pass through outer wall on the left of the first sliding block, on the left of first chamber
Second chamber is equipped in stamping machine, is worn between the top of inner wall and first chamber inner left wall on the right side of second chamber and has provided second
Slotted eyes, neat fit is connected with the slide plate of left and right elongation setting in the first slotted eyes, and extension is visited after the second slotted eyes on the left of slide plate
Enter in second chamber, elongation tip is probeed into connection sliding slot and connected with connecting top end of sliding rod secure fit, first on the right side of slide plate
It is equipped with the transmission chamber of left and right elongation setting in stamping machine on the upside of chamber, front drive device is equipped in the second chamber on the downside of slide plate,
Longitudinal-moving device is equipped in first guide runner, transmission intracavitary is equipped with to be filled to the transmission with front drive device and longitudinal-moving device mating connection
It puts, extension bottom surface is fixedly installed wear-resisting sound-absorbing pad on the left of slide plate, and wear-resisting sound-absorbing pad outer surface is abrasive rubber layer, wear-resisting suction
Filled with acoustical cotton inside sound pad, stamping machine inner top is provided with the maintenance chamber that setting is communicated with transmitting chamber, safeguards that top of chamber is set
It is equipped with maintenance device.
2. a kind of Architectural Equipment according to claim 1, it is characterised in that：The connection slide bar bottom elongation tip probes into
In second groove portion and bottom tip is connected with fixed sleeving, and neat fit is connected with hammering in first groove portion
Plate, it is described hammering plate at the top of be fixedly connected with the fixed sleeving bottom, the fixed sleeving outer surface equipped with to it is described
Connect the sealed helical member of the sealed mating connection of slide bar.
3. a kind of Architectural Equipment according to claim 1, it is characterised in that：The front drive device includes being arranged on described the
The second guide runner and neat fit connection in two chamber inner left walls are arranged on the second sliding block in second guide runner,
The second sliding block inside spin line is connected with the first screw rod of elongation setting up and down, consolidates in the second sliding block right side
Equipped with the first engine, the first engine right end is connected with the convex runner probeed into the second chamber, described convex
Runner is located in the second chamber below the slide plate, the first screw rod bottom elongation tip and second slide guide
The convolution of slot inner bottom wall is connected, and second guide runner is located at the lower position of extension on the left of the transmission chamber.
4. a kind of Architectural Equipment according to claim 3, it is characterised in that：The longitudinal-moving device is connected including neat fit
It the third sliding block that is arranged in first guide runner and is connected with the third slipper screw line and elongation is set up and down
The second screw rod put, the second screw rod top elongation tip and the second engine are connected, second engine
Outer surface is arranged in the first guide runner inner roof wall and secure fit connects, the second screw rod bottom elongation tip with
The first guide runner inner bottom wall convolution is connected, the third sliding block left end and the bottom position of the first sliding block right side
Secure fit connection is put, first guide runner is located at the lower position of extension on the right side of the transmission chamber.
5. a kind of Architectural Equipment according to claim 4, it is characterised in that：The transfer device includes convolution and is connected
Be arranged on the left of the transmission chamber in section and up and down the first transmission axle of elongation setting and convolution be connected be arranged on it is described
The second transmission axle of setting is transmitted in the section of chamber right side and extends up and down, first transmission axle and second transmission axle top are stretched
Long tip is connected with the transmission intracavitary roof convolution, and the first transmission axle bottom extension, which is worn, passes through the transmission chamber
The stamping machine and convolution between second guide runner is connected, and the first transmission axle bottom elongation tip is visited
Enter in second guide runner and connect with elongation tip secure fit at the top of first screw rod, the institute for transmitting intracavitary
It states and the first runner is installed on the first transmission axle outer surface, the second transmission axle bottom elongation tip and second engine
Top tip is connected, and is installed on the second transmission axle outer surface for transmitting intracavitary opposite with first runner
Second runner of setting, transfer tape is connected between first runner and second runner.
6. a kind of Architectural Equipment according to claim 1, it is characterised in that：The maintenance device includes coordinating the maintenance
The pulling plate of chamber setting, the stamping machine top is provided with and the chamber slot safeguarded chamber and communicate setting, the pulling plate and the chamber
Slot neat fit connects, and top is fixedly installed casting lug thereon on the left of the pulling plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711000916.7A CN108221998A (en) | 2017-10-24 | 2017-10-24 | A kind of Architectural Equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711000916.7A CN108221998A (en) | 2017-10-24 | 2017-10-24 | A kind of Architectural Equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108221998A true CN108221998A (en) | 2018-06-29 |
Family
ID=62654856
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711000916.7A Withdrawn CN108221998A (en) | 2017-10-24 | 2017-10-24 | A kind of Architectural Equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108221998A (en) |
-
2017
- 2017-10-24 CN CN201711000916.7A patent/CN108221998A/en not_active Withdrawn
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Application publication date: 20180629 |