CN108221981A

CN108221981A - A kind of high-efficiency environment friendly apparatus for building

Info

Publication number: CN108221981A
Application number: CN201710860359.XA
Authority: CN
Inventors: 傅倩倩; 高峰
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-09-21
Filing date: 2017-09-21
Publication date: 2018-06-29

Abstract

The invention discloses a kind of high-efficiency environment friendly apparatus for building, including pedestal and the casing being fixedly mounted in pedestal, hammering device and drilling device are equipped in casing, hammering device includes the first empty slot being arranged in casing left side bottom surface, hammering block is equipped in first empty slot, the second empty slot is equipped in first empty slot inner roof wall, equipped with bottom with hammering the part that is screwed on being fixedly connected at the top of block in second empty slot, first is equipped in casing above second empty slot and slides chamber, first slides in chamber inner left wall equipped with the first sliding groove, neat fit is connected with the first sliding block for extending setting to the right in the first sliding groove, elongation tip probes into the first cunning intracavitary and abuts neat fit with inner wall on the right side of the first cunning chamber and connect on the right side of first sliding block, first slider bottom tip is fixedly installed the sliding bar of elongation setting downwards；The present invention can voluntarily hammer successively and jewel hole works successively, improve working efficiency, reduce equipment purchase and maintenance cost.

Description

A kind of high-efficiency environment friendly apparatus for building

Technical field

The present invention relates to technical field of buildings, specifically a kind of high-efficiency environment friendly apparatus for building.

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.

Invention content

The technical problems to be solved by the invention are to provide a kind of high-efficiency environment friendly apparatus for building, can solve above-mentioned present The problems in technology.

The present invention is achieved through the following technical solutions：A kind of high-efficiency environment friendly apparatus for building of the present invention, including base Seat and the casing being fixedly mounted in the pedestal, the casing is interior to be equipped with hammering device and drilling device, the hammering dress The first empty slot including being arranged in the casing left side bottom surface is put, hammering block is equipped in first empty slot, described first is empty The second empty slot is equipped in slot inner roof wall, is screwed in second empty slot equipped with what is be fixedly connected at the top of bottom and the hammering block Part is equipped with first in the casing above second empty slot and slides chamber, and described first slides and first is equipped in chamber inner left wall slides Slot, neat fit is connected with the first sliding block for extending setting to the right in the first sliding groove, is extended on the right side of first sliding block Tip probes into the first cunning intracavitary and abuts neat fit with inner wall on the right side of the described first cunning chamber and connect, the first sliding block bottom Portion's tip is fixedly installed the sliding bar of elongation setting downwards, and the sliding bar bottom extension, which leads to, passes through the first cunning chamber and institute It states the casing between the second empty slot and neat fit connects, the sliding bar bottom elongation tip probes into second empty slot Interior and be fixedly connected with described be screwed at the top of part, the drilling device includes the second of elongation setting up and down and slides chamber, and described second Second sliding slot is equipped on the right side of sliding chamber in inner wall, is equipped with the second sliding block for extending setting to the left in the second sliding slot, described the Elongation tip probes into the second cunning intracavitary and abuts neat fit with the described second cunning chamber inner left wall and connect on the left of two sliding blocks, Described second slides in the second sliding block bottom surface of intracavitary equipped with jewel hole motor, opposite described of the electronic motor spindle of jewel hole Second cunning intracavitary bottom wall leads to have provided and leads to hole, described to lead to the jewel hole head that elongation setting upwards is connected in hole, described Jewel hole overhead is connected with the jewel hole motor bottom end, described between the hammering device and the drilling device Drive is connected in casing and leads device, the drive lead be equipped in the casing above device to the hammering device and The buckling and locking device of drilling device clamping lock connection successively, is symmetrically arranged with two groups of traveling wheels before and after the base bottom surface, front and rear Two traveling wheels are linked by wheel shaft, and the traveling wheel inner ring is provided with spoke, and pipe is provided on the jewel hole motor Device processed.

Preferably technical solution, the drive lead device and include the first motor being fixed in the casing, Conversion chamber is arranged with above and below first motor in the casing of both sides, conversion intracavitary is respectively equipped with described in upper and lower both sides The first cone runner being connected with both sides tip above and below first motor, first cone of the upside conversion intracavitary The first cone runner bottom right side of runner left side top and the downside conversion intracavitary, which coincide, is connected with the second cone runner, Convolution is connected with the first of left and right elongation setting in the casing between the upside conversion chamber and the first cunning chamber Swing arm, the interior convolution of the casing between the downside conversion chamber and the second cunning chamber are connected with left and right elongation setting Second swing arm, the first swing arm left side elongation tip probes into the first cunning intracavitary and tip is fixedly installed the first deflection Wheel, first deflecting wheel be located at below first sliding block it is described first slide intracavitary and it is described first deflection wheel outer surface and The first sliding block bottom surface abuts neat fit connection, and elongation tip probes into the upside conversion intracavitary on the right side of first swing arm And tip is fixedly connected with the first cone runner left-hand end of the upside conversion intracavitary, elongation end on the left of second swing arm The tip probes into the downside conversion intracavitary and tip is fixedly connected with the second cone runner right-hand end of the downside conversion intracavitary, Elongation tip probes into the second cunning intracavitary on the right side of second swing arm and tip is fixedly installed the second deflecting wheel, and described second Deflecting wheel is located at the second cunning intracavitary below second sliding block and outer surface abuts smoothly with the second sliding block bottom surface It is connected.

Preferably technical solution, neat fit is connected in first sliding block in the first sliding groove stretches up and down First slide guide bar of long setting, the first slide guide bar up and down with inner wall above and below the first sliding groove consolidate respectively by both sides elongation tip Fixed connection, described the first of first slider top, which slides intracavitary, is equipped with the first elastic component, is set in the first sliding block right side There is the first locked groove, neat fit is connected with the second slide guide of elongation setting up and down in second sliding block in the second sliding slot Bar, elongation tip in both sides is fixedly connected the second slide guide bar with inner wall above and below the second sliding slot respectively up and down, and described second Described the second of slider top slides intracavitary and is equipped with the second elastic component, and the second locked groove is equipped in the second sliding block left side.

Preferably technical solution, the buckling and locking device includes extending the guide runner set up and down, in the guide runner Convolution is connected with the screw rod of left and right elongation setting, and screw rod left side elongation tip and the cooperation of the second motor connect It connects, the second motor outer surface is arranged in the guide runner inner left wall and secure fit connects, and the screw rod is right Side extends tip and is connected with inner wall convolution on the right side of the guide runner, and neat fit is connected in the guide runner extends up and down Setting and the slider guide being connected with the screw rod spiral lamination, the slider guide top elongation tip are fixedly installed to the left First lock slide bar of side elongation setting, on the left of the first lock slide bar extension lead to pass through described first slide chamber and the guide runner it Between the casing and neat fit connect, slider guide bottom elongation tip is fixedly installed extends the of setting to the right Two lock slide bars, on the right side of the second lock slide bar extension lead to pass through described second slide the casing between chamber and the guide runner and Neat fit connects.

Preferably technical solution, the first lock slide bar left side elongation tip and the second lock slide bar right side elongation tip It is equipped with oblique sliding surface.

Preferably technical solution, the control device include being fixed at the of the jewel hole motor left side One policer and the second policer for being fixed at the jewel hole motor right side.

The beneficial effects of the invention are as follows：The present invention probes into the second cunning intracavitary and with the by elongation tip on the left of the second sliding block Two, which slide chamber inner left wall, abuts neat fit connection, and jewel hole motor, jewel hole electricity are set in the second sliding block bottom surface of the second cunning intracavitary The second opposite cunning intracavitary bottom wall of motivation bottom, which leads to provide, leads to hole, leads to the jewel hole for the elongation setting upwards that is connected in hole Head, jewel hole overhead are connected with jewel hole motor bottom end, cooperation company in the casing between hammering device and drilling device It connects drive and leads device, drive and set to fill with hammering device and the drilling device clamping lock that clamping lock is connect successively in the casing led above device It puts, hammers successively so as to fulfill voluntarily control and jewel hole works successively, improve working efficiency, a tractor serves several purposes reduces equipment Purchase cost, while reduce maintenance cost.

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 high-efficiency environment friendly apparatus for building of the present invention；

Fig. 2 is overall structure diagram inside a kind of high-efficiency environment friendly apparatus for building of the present invention；

Fig. 3 is sectional view figure at A-A in Fig. 2.

Specific embodiment

As shown in Figure 1, Figure 2 and Figure 3, a kind of high-efficiency environment friendly apparatus for building of the invention including pedestal 8 and is fixedly mounted Casing 9 in the pedestal 8, the casing 9 is interior to be equipped with hammering device and drilling device, and the hammering device includes being arranged on The first empty slot 95 in 9 left side bottom surface of casing, first empty slot 95 is interior to be equipped with hammering block 951, first empty slot 95 The second empty slot 96 is equipped in inner roof wall, is fixedly connected in second empty slot 96 equipped with bottom with 951 top of hammering block Be screwed on part 961, and first is equipped in the casing 9 of 96 top of the second empty slot and slides chamber 91, described first slides in 91 left side of chamber The first sliding groove 97 is equipped in wall, neat fit is connected with the first sliding block 971 for extending setting to the right in the first sliding groove 97, First sliding block, the 971 right side elongation tip is probeed into the first cunning chamber 91 and is abutted with the described first cunning 91 right side inner wall of chamber Neat fit connects, and the 971 bottom tip of the first sliding block is fixedly installed the sliding bar 912 of elongation setting downwards, described to push away 912 bottom extension of slide bar leads to the casing 9 and neat fit passed through between the first cunning chamber 91 and second empty slot 96 Connection, 912 bottom of the sliding bar elongation tip, which is probeed into second empty slot 96 and fixed with 961 top of part that is screwed on, to be connected It connects, the drilling device includes the second cunning chamber 92 for extending setting up and down, and described second slides in 92 right side inner wall of chamber equipped with second Sliding slot 94, the second sliding slot 94 is interior to be equipped with the second sliding block 941 for extending setting to the left, and 941 left side of the second sliding block is stretched Long tip probes into the second cunning chamber 92 and abuts neat fit with the described second 92 inner left wall of cunning chamber and connect, and described second Jewel hole motor 9411 is equipped in 941 bottom surface of the second sliding block in sliding chamber 92,9411 bottom of jewel hole motor is opposite The second cunning 92 inner bottom wall of chamber lead to have provided and lead to hole 93, it is described lead to elongation setting upwards is connected in hole 93 Jewel hole head 9413,9413 top of jewel hole head are connected with 9411 bottom end of jewel hole motor, the hammering device Drive is connected in the casing 9 between the drilling device and leads device, the casing 9 above device is led in the drive It is interior be equipped with to the hammering device and the drilling device buckling and locking device that clamping lock is connect successively, before 8 bottom surface of pedestal After be symmetrically arranged with two groups of traveling wheels 81, former and later two described traveling wheels 81 are linked by wheel shaft 82,81 inner ring of traveling wheel Spoke 83 is provided with, control device is provided on the jewel hole motor 9411.

Valuably, the drive leads device and includes being fixed at the first motor 90 in the casing 9, first electricity Motivation is arranged with conversion chamber 901 in the casing 9 of both sides about 90, be respectively equipped in conversion chamber 901 described in upper and lower both sides With first motor the first cone runner 902 that both sides tip is connected about 90, the upside institute converted in chamber 901 902 left side top of the first cone runner is stated to coincide with the first cone runner, 902 bottom right side in the conversion chamber 901 of downside The second cone runner 903 is connected with, circles round and matches in the casing 9 between the upside conversion chamber 901 and the first cunning chamber 91 Conjunction is connected with the first swing arm 905 of left and right elongation setting, described between the downside conversion chamber 901 and the second cunning chamber 92 Convolution is connected with the second swing arm 904 of left and right elongation setting in casing 9, and the 905 left side elongation tip of the first swing arm is visited Enter in the first cunning chamber 91 and tip is fixedly installed the first deflecting wheel 913, first deflecting wheel 913 is located at described first In the first cunning chamber 91 of 971 lower section of sliding block and 913 outer surface of the first deflecting wheel is supported with 971 bottom surface of the first sliding block Connect neat fit connection, first swing arm, 905 right side elongation tip probes into the conversion chamber 901 of upside and tip and upside The first cone 902 left-hand end of runner in the conversion chamber 901 is fixedly connected, the 904 left side elongation tip of the second swing arm It probes into the conversion chamber 901 of downside and tip is consolidated with the second cone 903 right-hand end of runner in the conversion chamber 901 of downside Fixed connection, the 904 right side elongation tip of the second swing arm probes into the second cunning chamber 92 and tip is fixedly installed second partially Runner 921, second deflecting wheel 921 be located at second sliding block, 941 lower section described second slide in chamber 92 and outer surface with Second sliding block, 941 bottom surface abuts neat fit connection, is hammered so as to fulfill voluntarily control hammering device oscilaltion Work, meanwhile, realize that voluntarily control drilling device oscilaltion carries out jewel hole work, so as to improve the working efficiency of reparation.

Valuably, neat fit is connected with elongation setting up and down in first sliding block 971 in the first sliding groove 97 The first slide guide bar 972, the first slide guide bar about 972 both sides elongation tip respectively with the first sliding groove inner wall about 97 It is fixedly connected, described the first of 971 top of the first sliding block slides in chamber 91 equipped with the first elastic component 911, first sliding block The first locked groove 9711 is equipped in 971 right sides, neat fit is connected in second sliding block 941 in the second sliding slot 94 Up and down elongation setting the second slide guide bar 942, the second slide guide bar about 942 both sides elongation tip respectively with described second cunning Slot about 94 inner wall be fixedly connected, described the second of second sliding block, 941 top slides the second elastic component 922 is equipped in chamber 92, The second locked groove 9412 is equipped in second sliding block, 941 left side, so as to improve hammering device oscilaltion and drilling device The stability that oscilaltion is slided improves the work quality of hammering and jewel hole.

Valuably, the buckling and locking device includes the guide runner 98 of elongation setting up and down, the interior convolution cooperation of the guide runner 98 The screw rod 985 of left and right elongation setting is connected with, the 985 left side elongation tip of screw rod and the cooperation of the second motor 984 connect It connects, 984 outer surface of the second motor is arranged in 98 inner left wall of guide runner and secure fit connects, the spiral 985 right side elongation tip of bar is connected with the 98 right side inner wall convolution of guide runner, and neat fit connects in the guide runner 98 It is connected to elongation setting and the slider guide 981 being connected with 985 spiral lamination of screw rod up and down, 981 top of slider guide Elongation tip is fixedly installed the first lock slide bar 983 for extending setting to the left, and the first lock 983 left side extension of slide bar leads to The casing 9 and neat fit passed through between the first cunning chamber 91 and the guide runner 98 connects, 981 bottom of slider guide Elongation tip is fixedly installed the second lock slide bar 982 for extending setting to the right, and the second lock 982 right side extension of slide bar leads to The casing 9 and neat fit passed through between the second cunning chamber 92 and the guide runner 98 connects, and passes through buckling and locking device control The clamping lock successively of hammering device and drilling device works, and so as to fulfill the autonomous working needs of hammering and jewel hole are met, reduces Equipment investment reduces maintenance cost.

Valuably, the 983 left side elongation tip of the first lock slide bar and 982 right side elongation tip of the second lock slide bar are equipped with Oblique sliding surface.

Valuably, the control device includes being fixed at the first policer of 9411 left side of jewel hole motor 9011 and the second policer 9012 of 9411 right side of jewel hole motor is fixed at, first policer 9011 is used In the rotating speed of jewel hole motor 9411 described in control, second policer 9012 is used for jewel hole motor 9411 described in control It turns to.

During original state, when slider guide 981 slides into the left-most position in guide runner 98, at this point, slider guide 981 drives The oblique sliding surface of first lock 983 left side tip of slide bar is probeed into completely in the first locked groove 9711, meanwhile, slider guide 981 drives the second lock Oblique sliding surface on 982 right side tip of slide bar is utmostly slided far from second in chamber 92, at this point, the first sliding block 971 is utmostly gram The abutting power of the first elastic component 911 is taken, the first sliding block 971 in the first sliding groove 97 is made utmostly to slide into the first sliding groove 97 Top position, meanwhile, make 971 bottom surface of the first sliding block utmostly far from first slide chamber 91 in the first deflecting wheel 913, this When, the first sliding block 971 drives 912 top section of sliding bar utmostly to probe into the first cunning chamber 91, meanwhile, by 912 band of sliding bar The part 961 that is screwed on of dynamic bottom is probeed into completely in the second empty slot 96, at this point, driving the hammering block 951 of bottom complete by the part 961 that is screwed on It slips into the first empty slot 95, meanwhile, 921 outer surface of the second deflecting wheel in the second cunning chamber 92 is utmostly far from the second swing arm The 904 directly on top position in axial line sides, meanwhile, make 921 outer surface of the second deflecting wheel utmostly far from the second swing arm 904 Axial line side is abutted against with 941 bottom tip of the second sliding block, at this point, the second locked groove 9412 in 941 left side of the second sliding block Relative status is in the oblique sliding surface of the second lock 982 right side tip of slide bar.

When needing jewel hole, drive the first of upper and lower both sides to bore runner 902 by the first motor 90 and circle round, and then by upper First cone runner 902 of lower both sides drives the second cone runner 903 of both sides up and down to circle round respectively, at this point, the second cone by upside Runner 903 drives the first deflecting wheel 913 of 905 left side tip of the first swing arm 905 and the first swing arm to dally, meanwhile, by downside The second cone runner 903 the second swing arm 904 and 904 the second deflecting wheel of right side tip 921 of the second swing arm is driven to circle round, by second Sliding block 941 is driven the second sliding block 941 past by the abutting power of the second elastic component 922 when circling round so as to fulfill the second deflecting wheel 921 Multiple lifting carriage completes lifting jewel hole work；

When needing to hammer work, make 921 outer surface of the second deflecting wheel in the second cunning chamber 92 first utmostly far from second The 904 directly on top position in axial line side of swing arm, at this point, making 921 outer surface of the second deflecting wheel utmostly far from the second rotation 904 axial line side of bar is abutted against with 941 bottom tip of the second sliding block, at this point, the second locked groove in 941 left side of the second sliding block 9412 and second lock 982 right side tip of slide bar oblique sliding surface be in relative status, then, pass through the second motor 984 drive spiral shell Swing arm 985 circles round, and the right-most position that slider guide 981 slid into guide runner 98 is driven by screw rod 985, at this point, slider guide 981 drive and are fixed at bottom second and lock the utmostly Slideslip to the right of slide bar 982, make 982 right side tip of the second lock slide bar Oblique sliding surface be fully inserted into the second locked groove 9412, meanwhile, make oblique sliding surface that the second sliding block 941 be driven utmostly to overcome the second bullet Property part 922 abut power upward sliding, at this point, the second sliding block 941 in second sliding slot 94 is made utmostly to slide into second sliding slot Top position in 94, meanwhile, 941 bottom surface of the second sliding block is made utmostly to slide the second deflecting wheel in chamber 92 far from second In 921, at this point, slider guide 981 drives the first lock slide bar 983 for being fixed at top utmostly to move to the right, meanwhile, The oblique sliding surface of 983 right side tip of the first lock slide bar is made to be slided in chamber 91 completely away from first, at this point, the first sliding block 971 is by first Elastic component 911 abuts power, and 971 bottom surface of the first sliding block is made to be abutted against with 913 outer surface of the first deflecting wheel, then, passes through the first electricity Motivation 90 drives the first of upper and lower both sides to bore runner 902 and circles round, and then is driven respectively by the first cone runner 902 of upper and lower both sides Second cone runner 903 of lower both sides circles round, at this point, driving the first swing arm 905 and the first rotation by the second cone runner 903 of upside First deflecting wheel 913 of 905 left side tip of bar circles round, and then realizes that the convolution of the first deflecting wheel 913 is supported with the first elastic component 911 It agrees to play, realizes reciprocatingly sliding for the first sliding block 971, complete to drive sliding bar 912 and sliding bar 912 by the first sliding block 971 The hammering block 951 of bottom is voluntarily hammered work, meanwhile, by downside second cone runner 903 drive the second swing arm 904 and Second swing arm, 904 the second deflecting wheel of right side tip 921 dallies.

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

1. a kind of high-efficiency environment friendly apparatus for building, including pedestal and the casing being fixedly mounted in pedestal, it is characterised in that：Casing Interior to be equipped with hammering device and drilling device, hammering device includes the first empty slot being arranged in casing left side bottom surface, the first empty slot It is interior to be equipped with hammering block, the second empty slot is equipped in the first empty slot inner roof wall, interior be equipped at the top of bottom and hammering block of the second empty slot is fixed The part that is screwed on of connection is equipped with first in the casing above the second empty slot and slides chamber, and first slides the first sliding groove is equipped in chamber inner left wall, Neat fit is connected with the first sliding block for extending setting to the right in the first sliding groove, and elongation tip probes into first on the right side of the first sliding block It slides intracavitary and abuts neat fit with inner wall on the right side of the first cunning chamber and connect, the first slider bottom tip is fixedly installed downward elongation The sliding bar of setting, sliding bar bottom extension leads to the casing passed through between the first cunning chamber and the second empty slot and neat fit connects, Sliding bar bottom elongation tip is probeed into the second empty slot and with being fixedly connected at the top of the part that is screwed on, and drilling device includes elongation up and down and sets Second put slides chamber, and second slides and be equipped with second sliding slot on the right side of chamber in inner wall, is equipped in second sliding slot and extends the of setting to the left Two sliding blocks, elongation tip in the second sliding block left side, which probes into the second cunning intracavitary and abuts neat fit with the second cunning chamber inner left wall, to be connected It connects, second slides in the second sliding block bottom surface of intracavitary equipped with jewel hole motor, the second opposite cunning intracavitary bottom of the electronic motor spindle of jewel hole Wall, which leads to have provided, leads to hole, leads to the jewel hole head that elongation setting upwards is connected in hole, jewel hole overhead and jewel hole are electronic Motor spindle end is connected, and drive is connected in the casing between hammering device and drilling device and leads device, drive is led on device Be equipped in the casing of side to hammering device and the drilling device buckling and locking device that clamping lock connect successively, before and after base bottom surface symmetrically Two groups of traveling wheels are provided with, former and later two traveling wheels are linked by wheel shaft, and traveling wheel inner ring is provided with spoke, on jewel hole motor It is provided with control device.

2. a kind of high-efficiency environment friendly apparatus for building according to claim 1, it is characterised in that：The drive leads device and includes fixing The first motor being arranged in the casing, first motor up and down both sides the casing in be arranged with conversion Chamber, conversion intracavitary described in upper and lower both sides are respectively equipped with the first cone being connected with both sides tip above and below first motor and turn Wheel, the first cone runner left side top of the upside conversion intracavitary and the first cone runner of the downside conversion intracavitary Bottom right side, which coincide, is connected with the second cone runner, is returned in the casing between the upside conversion chamber and the first cunning chamber Rotation is connected with the first swing arm of left and right elongation setting, and the downside conversion chamber and described second slide the casing between chamber Interior convolution is connected with the second swing arm of left and right elongation setting, and the first swing arm left side elongation tip probes into described first and slides Intracavitary and tip are fixedly installed the first deflecting wheel, and first deflecting wheel is located at first cunning below first sliding block Intracavitary and the first deflection wheel outer surface and the first sliding block bottom surface abut neat fit and connect, the first swing arm right side Elongation tip probes into the upside conversion intracavitary and tip and the first cone runner left-hand end of the upside conversion intracavitary are consolidated Fixed connection, elongation tip probes into the downside conversion intracavitary and tip and the downside conversion intracavitary on the left of second swing arm The second cone runner right-hand end is fixedly connected, and elongation tip probes into described second and slides intracavitary and tip on the right side of second swing arm The second deflecting wheel is fixedly installed, second deflecting wheel is located at the second cunning intracavitary and appearance below second sliding block Face abuts neat fit with the second sliding block bottom surface and connect.

3. a kind of high-efficiency environment friendly apparatus for building according to claim 2, it is characterised in that：It is described in the first sliding groove Neat fit is connected with the first slide guide bar of elongation setting up and down in first sliding block, and both sides extend end to the first slide guide bar up and down The tip is fixedly connected respectively with inner wall above and below the first sliding groove, and described the first of first slider top, which slides intracavitary, is equipped with first Elastic component, is equipped with the first locked groove in the first sliding block right side, smoothly matches in second sliding block in the second sliding slot Close the second slide guide bar for being connected with elongation setting up and down, the second slide guide bar up and down both sides elongation tip respectively with described second Sliding slot up and down inner wall be fixedly connected, second slider top it is described second slide intracavitary be equipped with the second elastic component, described second The second locked groove is equipped in sliding block left side.

4. a kind of high-efficiency environment friendly apparatus for building according to claim 1, it is characterised in that：The buckling and locking device is included up and down The guide runner of setting is extended, circles round in the guide runner and is connected with the screw rod of left and right elongation setting, the screw rod is left Side extends tip and the second motor is connected, and the second motor outer surface is arranged in the guide runner inner left wall And secure fit connects, elongation tip is connected with inner wall convolution on the right side of the guide runner on the right side of the screw rod, described to lead Neat fit is connected with elongation setting and the slider guide being connected with the screw rod spiral lamination up and down, the slide guide in sliding slot Elongation tip is fixedly installed the first lock slide bar for extending setting to the left at the top of block, and extension leads on the left of the first lock slide bar The casing and neat fit passed through between the first cunning chamber and the guide runner connects, and the slider guide bottom extends tip The the second lock slide bar for extending setting to the right is fixedly installed, the second lock slide bar right side extension, which leads to, passes through the second cunning chamber The casing and neat fit between the guide runner are connect.

5. a kind of high-efficiency environment friendly apparatus for building according to claim 4, it is characterised in that：It is stretched on the left of the first lock slide bar Elongation tip is equipped with oblique sliding surface on the right side of long tip and the second lock slide bar.

6. a kind of high-efficiency environment friendly apparatus for building according to claim 1, it is characterised in that：The control device includes fixing It is arranged on the first policer of the jewel hole motor left side and is fixed at the second of the jewel hole motor right side Policer.