CN105370018A - Multifunctional wall surface and wall top processing equipment for architectural decoration engineering - Google Patents
Multifunctional wall surface and wall top processing equipment for architectural decoration engineering Download PDFInfo
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- CN105370018A CN105370018A CN201410429466.3A CN201410429466A CN105370018A CN 105370018 A CN105370018 A CN 105370018A CN 201410429466 A CN201410429466 A CN 201410429466A CN 105370018 A CN105370018 A CN 105370018A
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Abstract
The invention discloses multifunctional wall surface and wall top processing equipment for architectural decoration engineering. The equipment comprises a mounting base and further comprises guide posts, at least one movable platform, at least one post body and at least one force arm, wherein the bottoms of the guide posts are fixedly mounted on the mounting base; the movable platform is connected with the guide posts in a sliding way, a first mounting groove is formed in the movable platform; the post body is parallel to the guide posts and penetrates the movable platform, one part of the surface of the post body is a threaded surface, the other part of the surface of post body is a smooth surface, the bottom of the threaded surface is in threaded connection with the mounting base, the threaded surface is driven to rotate by a first driving unit, and the movable platform moves back and forth on the threaded surface; and the bottom of the force arm is fixedly mounted on the movable platform, and a second mounting groove is formed in the top of the force arm. Compared with the prior art, the equipment improves the working efficiency and the working quality.
Description
Technical field
The present invention relates to a kind of metope of building decoration engineering field and the process equipment on wall top, be specifically related to a kind of metope for building decoration engineering and wall top multifunctional process equipment.
Background technology
In modem architectural ornament engineering, electrical install is the important component part of whole decorative engineering.In order to complete this part electrical install, operating personnel needs to punch at metope and wall jacking row usually, the operation such as perforating and fluting.
At present, for these operations, be all metope and wall top are constructed by hand by means of the electronic machining tool such as electric hammer, cutting machine by field personnel.In these working procedures, artificial construction generally compares labor intensive and time, and therefore its operating efficiency is not very high.Simultaneously, particularly in the construction to wall top, staff also needs to climb to higher place by means of ladder and carries out operation, adds the danger coefficient that these electric toolss itself have, the working environment of operating personnel is made to there is more potential safety hazard, as easy as rolling off a log initiation security incident.And what is more important, due to randomness and the uncertainty of handwork, make the hole of processing, eye and groove etc. often there is spotty problem, such as the such problem of out of plumb of moving towards of Artificial Control fluting, is prevalent in current building decoration engineering.
Summary of the invention
In order to solve the problems of the technologies described above, the invention provides one can replace manual construction completely, thus can improve the metope for building decoration engineering and the wall top multifunctional process equipment of operating efficiency and operation quality.
In order to achieve the above object, technical scheme of the present invention is as follows:
For metope and the wall top multifunctional process equipment of building decoration engineering, comprise mounting seat, this equipment also comprises:
Guide pillar, is fixedly installed in bottom it in mounting seat;
At least one movable platform, it is slidably connected on guide pillar, offers the first mounting groove for installing metope machining tool in this movable platform;
At least one cylinder, it is parallel to guide pillar and is arranged in movable platform, in the surface of this cylinder by the part extended to its top-direction bottom it be flank, remaining another part is light face, the bottom of this flank is threaded with mounting seat, and by the first drive unit drives, it rotates, and movable platform moves around on this flank;
At least one arm of force, is fixedly installed in bottom it in movable platform, and the top of this arm of force also offers the second mounting groove for installing wall top machining tool.
Multifunctional process equipment of the present invention, it utilizes the guide pillar and cylinder that are arranged in mounting seat, movable platform is made to be able to move up and down on guide pillar and cylinder, machining tool for wall construction has been installed in the first mounting groove in movable platform, it can upwards or move down in process and complete the operations such as fluting rapidly, the verticality of slotting can also be ensured simultaneously, perforate is also the same reason with widening the view, movable platform is risen to the position needing perforate or widen the view, utilize the machining tool in the first mounting groove directly to punch or perforating.
Simultaneously, multifunctional process equipment of the present invention also uses the arm of force be arranged in above-mentioned movable platform, machining tool for the construction of wall top has been installed in the second mounting groove on it, by means of the rising of movable platform, it can individually or the construction carried out while carrying out wall construction wall top, its fluting, widen the view or perforate and above-mentioned wall construction similar, the position rising to corresponding wall top can be carried out.
Therefore, the present invention is relative to prior art, it instead of manual metope and the operation of wall top of operating personnel completely in the mode of mechanization, significantly enhance operating efficiency, make operating personnel can completely away from the working environment being originally full of potential safety hazard, the operating type of its mechanization simultaneously, ensure that the standardization of fluting, perforate and job result of widening the view, meet the requirement to verticality such as fluting, thus improve the quality of operation.
On the basis of technique scheme, also can do following improvement:
As preferred scheme, above-mentioned movable platform is a prismatoid, and it is inverted on guide pillar and cylinder.
Adopt above-mentioned preferred scheme, by means of trapezoidal structural principle, make the installation of movable platform can be more firm, inverted mode, the mounting platform with guide pillar etc. can be formed on the one hand, significantly can deduct the quality bottom movable platform on the other hand, it is made to reduce the contact area with air, two inclined-planes can also form the downward rapid water conservancy diversion of air and conflux, significantly reduce the resistance that in uphill process, air is formed movable platform, improve the mobile efficiency of movable platform, thus equipment of the present invention can be helped further to improve its operating efficiency.
As preferred scheme, the first above-mentioned mounting groove is opened in the centre of movable platform, and movable platform is divided into two sub-platforms by it, and the cross section of this sub-platform is triangular in shape, guide pillar is divided on these two sub-platforms, and cylinder and the arm of force are with on a sub-platform located therein.
Adopt above-mentioned preferred scheme, not only the position of the first mounting groove can be formed, and sub-platform can be made to have triangular structure, utilize leg-of-mutton structural principle, form two sub-platforms of movable platform and the more firm connection of guide pillar and cylinder, ensure that movable platform is at the steadiness moved and in machining tool work progress, ensures carrying out smoothly of operation, also can help to reach desirable operation effectiveness.
As preferred scheme, the bottom of the first above-mentioned mounting groove is fixedly installed a mounting blocks, this mounting blocks slidably connects a sliding shoe, screwed hole is offered in this sliding shoe, in this mounting blocks, screw rod is installed, this sliding shoe is sheathed on this screw rod by screwed hole, and this screw rod is rotated by the second drive unit drives, and above-mentioned metope machining tool is installed on this sliding shoe.
Adopt above-mentioned preferred scheme, utilize the connection of thread screw, metope machining tool can be able to be slidably reciprocated relative to mounting blocks under the drive of sliding shoe in the first mounting groove, and this slip can be driven by the second driver element, so just, can in fluting, perforate and the basis of widening the view, the degree of depth of all right control flume, hole and eye etc., thus optimized the using function of this equipment, expand its scope of application simultaneously.
As preferred scheme, above-mentioned mounting blocks is connected by dovetail groove with the place of being slidably connected of sliding shoe.
Adopt above-mentioned preferred scheme, utilize the structural principle of dovetail groove, make the connection of sliding shoe and mounting blocks can be more firm, make sliding shoe be able to higher relative to the kinematic accuracy of mounting blocks.
As preferred scheme, be also connected with a fixture in the second above-mentioned mounting groove, this fixture comprises:
First plate body, it is L-shaped, and one end of this first plate body forms installation end, and it is embedded in the second mounting groove;
Second plate body and the 3rd plate body, it splices on the first plate body, be spliced to form one with the first plate body has open-topped box body, and above-mentioned wall top machining tool is positioned in this box body.
Adopt above-mentioned preferred scheme, the box body structure that first plate body and the second plate body, the 3rd plate body are formed, can accommodating wall top machining tool, when needing replacing instrument, only need machining tool to take out in box body, change other instruments, thus the quick-replaceable that can be formed instrument, and the connection of the first plate body and the second mounting groove is also adopt the connected mode be embedded, without the need to adopting the parts such as bolt, its dismounting is very fast equally.Therefore, adopt the program, also indirectly improve the operating efficiency of equipment of the present invention.
As preferred scheme, the second above-mentioned mounting groove is a trapezoidal elongated slot, and its axis along the arm of force is also offered to the inside of the arm of force by the end face of the arm of force, and the corresponding trapezoidal elongated slot of above-mentioned installation end forms a trapezoidal raised line.
Adopt above-mentioned preferred scheme, utilize trapezoidal structural principle, make the connection of the installation end of the first plate body and the second mounting groove can be more firm, ensure in the process of movable platform movement, there will not be the phenomenon being connected and loosening or throw off between first plate body with the second mounting groove, ensure carrying out smoothly of wall top construction.
As preferred scheme, above-mentioned guide pillar and the top of cylinder are fixedly connected on the plate body of a strip respectively, and this plate body makes guide pillar and cylinder be flush formation.
Adopt above-mentioned preferred scheme, plate body makes the top of guide pillar and cylinder be fixed, and ensures the steadiness of the structure of integral device, the guide pillar of flush formation and cylinder, make the movement of movable platform be in same vertical plane, also ensure that the steadiness of its movement equally.
As preferred scheme, the above-mentioned arm of force is fixedly connected with a bowl fastening type connector, and this bowl fastening type connector is gone back slip cap simultaneously and is located on guide pillar and cylinder.
Adopt above-mentioned preferred scheme, formed the guiding to the arm of force and reinforcement effect, optimize the processing effect to wall top.
As preferred scheme, above-mentioned bowl fastening type connector comprises at least two grip unit, it is fixedly connected with the arm of force by least two connecting rods, this grip unit comprises at least two intermediate plates, it is connected to form a clamping ring and slip cap is located on cylinder and guide pillar, form multiple junction between this intermediate plate, removably connect in its at least one junction, be at least rotationally connected another junction in it simultaneously.
Adopt above-mentioned preferred scheme, utilize the effect of grip unit and connecting rod, on the one hand can form guiding to arm of force activity by means of guide pillar, also strengthen the steadiness that the arm of force is installed on the other hand, thus can help to obtain desirable wall top construction effect.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment.
Fig. 2 is the rear elevation of Fig. 1.
Fig. 3 is the structural representation of the movable platform in the metope for building decoration engineering of the present invention and wall top multifunctional process equipment.
Fig. 4 is the structural representation of mounting blocks in the metope for building decoration engineering of the present invention and wall top multifunctional process equipment and sliding shoe.
Fig. 5 is the structural representation of the fixture in the metope for building decoration engineering of the present invention and wall top multifunctional process equipment.
Fig. 6 is the structural representation of the bowl fastening type connector in the metope for building decoration engineering of the present invention and wall top multifunctional process equipment.
Wherein, 1. connecting rod 7. metope machining tool 8. wall top, driver element 44. connector 5. arm of force 51. second mounting groove 6. bowl fastening type connector 61. grip unit 611. intermediate plate 612. junction 62., mounting seat 11. pulley 12. electric control box 2. guide pillar 3. movable platform 31. first mounting groove 32. sub-platform 33. mounting blocks 331. screw rod 34. sliding shoe 341. screw 35. second driver element 36. dovetail groove 4. cylinder 41. flank 42. light face 43. first machining tool 9. fixture 91. first plate body 911. installation end 92. second plate body 93. the 3rd plate body 94. pad 10. strip plate body.
Detailed description of the invention
The preferred embodiment of the present invention is described in detail below in conjunction with accompanying drawing.
In order to reach object of the present invention, as shown in Figure 1-2, in wherein a kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, mounting seat 1 is comprised, this mounting seat is also provided with pulley 11 1 time, and this equipment also comprises:
Two guide pillars 2, are fixedly installed in mounting seat 1 by some known fixed connecting pieces (as installed cover for seat etc.) bottom it;
One movable platform 3, it is slidably connected on guide pillar 2 by known sliding connectors such as rubber rings, offers the first mounting groove 31 for installing metope machining tool 7 in this movable platform 3;
A cylinder 4, it is parallel to guide pillar 2 and is arranged in movable platform 3, be flank 41 by the part extended to its top-direction bottom it in the surface of this cylinder 4, remaining another part is light face 42, the bottom of this flank 41 is threaded with mounting seat 1, specifically can be connected to mounting seat 1 by a connection piece 44 or directly offer mounting groove to connect in mounting seat 1, the bottom of flank 41 is also provided with the first driver element 43, it drives it to rotate by this first driver element 43, movable platform 3 moves around on this flank 41, namely movable platform 3 is also threaded with flank 41, due to the effect of flank 41, the shift motion of movable platform 3 is just defined on flank 41, for the division scale in flank 41 and light face 42, should be that mobile formation required for movable platform 3 is decided, in other words, the height between wall top and ground should be looked exactly, according to this height, the ratio shared by flank can be set, make movable platform 3 finally can move to the position on wall top,
An arm of force 5, be fixedly installed in movable platform 3 by some known fixed connecting pieces (as installed cover for seat etc.) bottom it, the top of this arm of force 5 also offers the second mounting groove 51 for installing wall top machining tool 8.
In the above-described embodiment, if the area of mounting seat 1 and movable platform 2 is comparatively large, so guide pillar 2 also can be arranged to one, three, four or more, and cylinder 4 also can be arranged to more; And if need to have on multiple wall construction station and multiple wall top construction station simultaneously, movable platform 2 and the arm of force 5 can also be arranged to multiple.For these quantitatively distinguishing embodiments of tool, those skilled in the art can realize on the basis of not paying creative work, and this is no longer going to repeat them.
For the first driver element 43, we specifically can arrange the combination of motor and speed reducer, also can be arranged to the form of cylinder.If adopt the combination of motor and speed reducer as driving, can, by controlling forward and reverse rotation of motor, movable platform 3 can be moved up and down.
Shown in Fig. 1-2, multifunctional process equipment in the present embodiment, it utilizes the guide pillar 2 and cylinder 4 that are arranged in mounting seat 1, movable platform 3 is made to be able to move up and down on guide pillar 2 and cylinder 4, machining tool for wall construction has been installed in the first mounting groove 31 in movable platform 3, it can upwards or move down in process and complete the operations such as fluting rapidly, the verticality of slotting can also be ensured simultaneously, perforate is also the same reason with widening the view, movable platform 3 is risen to the position needing perforate or widen the view, the machining tool in the first mounting groove 31 is utilized directly to punch or perforating.
Simultaneously, multifunctional process equipment in the present embodiment also uses the arm of force 5 be arranged in above-mentioned movable platform 3, machining tool for the construction of wall top has been installed in the second mounting groove 51 on it, by means of the rising of movable platform 3, it can individually or the construction carried out while carrying out wall construction wall top, its fluting, widen the view or perforate and above-mentioned wall construction similar, the position rising to corresponding wall top can be carried out.
Therefore, this equipment is relative to prior art, it instead of manual metope and the operation of wall top of operating personnel completely in the mode of mechanization, significantly enhance operating efficiency, make operating personnel can completely away from the working environment being originally full of potential safety hazard, the operating type of its mechanization simultaneously, ensure that the standardization of fluting, perforate and job result of widening the view, meet the requirement to verticality such as fluting, thus improve the quality of operation.
In order to optimize implementation result of the present invention further, as Figure 1-3, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, above-mentioned movable platform 3 is a prismatoid, and it is inverted on guide pillar 2 and cylinder 4, namely as shown in the drawing, larger one the facing up of area, less one the facing down, namely towards mounting seat 1 of area.In this embodiment, it is by means of trapezoidal structural principle, make the installation of movable platform 3 can be more firm, inverted mode, can be formed and the mounting platform of guide pillar 2 grade (one side that namely area is larger) on the one hand, significantly can deduct the quality (i.e. the part of the one side that bottom area is less) bottom movable platform on the other hand, it is made to reduce the contact area with air, two inclined-planes (i.e. two sides) can also form the downward rapid water conservancy diversion of air and conflux, significantly reduce the resistance that in uphill process, air is formed movable platform, improve the mobile efficiency of movable platform, thus equipment of the present invention can be helped further to improve its operating efficiency.
In order to optimize implementation result of the present invention further, as Figure 1-3, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, the first above-mentioned mounting groove 31 is opened in the centre of movable platform 3, movable platform 3 is divided into two sub-platforms 32 by it, the cross section of this sub-platform 32 is triangular in shape, guide pillar 2 is divided on these two sub-platforms 32, and cylinder 4 and the arm of force 5 are with on a sub-platform 32 located therein.In this embodiment, it not only can form the position of the first mounting groove 31, and sub-platform 32 can be made to have triangular structure, utilize leg-of-mutton structural principle, form two sub-platforms 32 of movable platform 3 and the more firm connection of guide pillar 2 and cylinder 4, ensure that movable platform 3 is at the steadiness moved and in machining tool work progress, ensures carrying out smoothly of operation, also can help to reach desirable operation effectiveness.
In order to optimize implementation result of the present invention further, as shown in Figure 3-4, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, the bottom of the first above-mentioned mounting groove 31 is fixedly installed a mounting blocks 33, this mounting blocks 33 slidably connects a sliding shoe 34, screwed hole 341 is offered in this sliding shoe 34, in this mounting blocks 33, screw rod 331 is installed, this sliding shoe 34 is sheathed on this screw rod 331 by screwed hole 341, this screw rod 331 drives rotation by the second driver element 35, above-mentioned metope machining tool 7 is installed on this sliding shoe 34.Wherein, when the second driver element 35 is specifically implemented, the mode identical with the first driver element 43 can be adopted.In this embodiment, utilize the connection of thread screw, metope machining tool 7 can be slidably reciprocated relative to mounting blocks 33 under the drive of sliding shoe 34 in the first mounting groove 31, and this slip can be driven by the second driver element 35, so just, can in fluting, perforate and the basis of widening the view, the degree of depth of all right control flume, hole and eye etc., thus optimized the using function of this equipment, expand its scope of application simultaneously.
In order to optimize implementation result of the present invention further, as shown in Figure 3-4, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, above-mentioned mounting blocks 33 is connected by dovetail groove 36 with the place of being slidably connected of sliding shoe 34.In this embodiment, utilize the structural principle of dovetail groove 36, make the connection of sliding shoe 33 and mounting blocks 34 can be more firm, make sliding shoe 34 be able to higher relative to the kinematic accuracy of mounting blocks 33.
In order to optimize implementation result of the present invention further, as shown in Fig. 1,2 and 5, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, also be connected with a fixture 9 in the second above-mentioned mounting groove 51, this fixture 9 comprises: the first plate body 91, and it is L-shaped, one end of this first plate body 91 forms installation end 911, and it is embedded in the second mounting groove 51; Second plate body 92 and the 3rd plate body 93, it splices on the first plate body 91, be spliced to form one with the first plate body 91 has the box body that open-topped cross section is F shape, above-mentioned wall top machining tool 8 is positioned in this box body, and in order to firm wall top machining tool 8, we can also add flexible pad 94 between wall top machining tool 8 and the inwall of box body.In this embodiment, the box body structure that first plate body 91 and the second plate body 92, the 3rd plate body 93 are formed, can accommodating wall top machining tool 8, when needing replacing instrument, only need machining tool to take out in box body, change other instruments, thus the quick-replaceable that can be formed instrument, and the connection of the first plate body 91 and the second mounting groove 51 is also adopt the connected mode be embedded, and without the need to adopting the parts such as bolt, its dismounting is very fast equally.Therefore, adopt the program, also indirectly improve the operating efficiency of integral device.
In order to optimize implementation result of the present invention further, as shown in Figure 5, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, the second above-mentioned mounting groove 51 is a trapezoidal elongated slot, its axis along the arm of force 5 is also offered to the inside of the arm of force 5 by the end face of the arm of force 5, and the corresponding trapezoidal elongated slot of above-mentioned installation end 911 forms a trapezoidal raised line.In this embodiment, utilize trapezoidal structural principle, make the connection of the installation end 911 of the first plate body 91 and the second mounting groove 51 can be more firm, ensure in the process of movable platform 3 movement, there will not be the phenomenon being connected and loosening or throw off between first plate body 91 with the second mounting groove 51, ensure carrying out smoothly of wall top construction.
In order to optimize implementation result of the present invention further, as shown in Figure 1-2, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, above-mentioned guide pillar 2 and the top of cylinder 4 are fixedly connected on the plate body 10 of a strip respectively, and this plate body 10 makes guide pillar 2 and cylinder 4 in flush formation.In this embodiment, plate body 10 makes the top of guide pillar 2 and cylinder 4 be fixed, and ensures the steadiness of the structure of integral device, the guide pillar 2 of flush formation and cylinder 4, make the movement of movable platform 3 be in same vertical plane, also ensure that the steadiness of its movement equally.
In order to optimize implementation result of the present invention further, as shown in Figure 1-2, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, the arm of force 5 is also fixedly connected with a bowl fastening type connector 6, and this bowl fastening type connector 6 is gone back slip cap simultaneously and is located on guide pillar 2 and cylinder 4.By the setting of this connector, formed the guiding to the arm of force and reinforcement effect, optimized the processing effect to wall top.
In order to optimize implementation result of the present invention further, as shown in Figure 6, in the another kind of embodiment of the metope for building decoration engineering of the present invention and wall top multifunctional process equipment, on the basis of foregoing teachings, above-mentioned bowl fastening type connector 6 comprises two grip unit 61, it is fixedly connected with the arm of force 5 by two connecting rods 62, this grip unit 61 comprises at least two intermediate plates 611, it is connected to form a clamping ring and slip cap is located on cylinder 4 and guide pillar 2, multiple junction 612 is formed between this intermediate plate 611, removably connect in one junction 612, be rotationally connected in its another junction 612 simultaneously, as hinged etc.
Wherein, grip unit 61 and connecting rod 62 can be arranged to three or four etc., grip unit 61 also can be arranged to comprise three intermediate plates 611 or four intermediate plates 611, to adapt to the needs of thicker guide pillar 2, when being arranged to three intermediate plates, it can be arranged to be rotationally connected and be arranged to removably connect in another two junctions, place in a junction, place wherein, or be arranged to removably connect and be arranged to be rotationally connected in another two junctions, place in a junction, place wherein.For these quantitatively distinguishing embodiments of tool, those skilled in the art can realize on the basis of not paying creative work, and this is no longer going to repeat them.
In this embodiment, utilize the effect of grip unit 61 and connecting rod 62, on the one hand can form guiding to the arm of force 5 activity by means of guide pillar 2, also strengthen the steadiness that the arm of force 5 is installed on the other hand, thus can help to obtain desirable wall top construction effect.
Introduce the course of work of the present invention below: shown in composition graphs 1-6, during operation, start the first driver element 43, first driver element 43 drives the flank 41 of cylinder 4 to rotate, flank 41 now drives movable platform 3 to rise, in uphill process, metope machining tool 7 in movable platform 3 just can complete the fluting work to metope, when needs punching or perforating, by movable platform 3 upper body to the position needed, drilling tool in movable platform 3 or drilling tool just can carry out punching or perforating work, when needs punch to wall jacking row, during the work such as perforating or fluting, movable platform 3 is continued rise, until arrive wall top, the construction on wall top now just can be carried out by the wall top machining tool 8 on the arm of force 5.And due to wall top machining tool 8 and metope machining tool 7 are perpendicular settings, we can also simultaneously to metope and wall jacking row construction.
And in order to the unified Power supply and control of unit on Unified Device, as shown in Figure 1-2, we can also arrange electric control box 12, the unified unified Power supply and control formed unit.Meanwhile, can also install foot-operated steadying plate (not shown) additional in mounting seat 1, it can be set to hinged with mounting seat 1, and foot-operated steadying plate and ground contact portion attach rubber layer, for increasing the mill resistance with ground.
Above-described is only the preferred embodiment of the present invention, it should be pointed out that for the person of ordinary skill of the art, and without departing from the concept of the premise of the invention, can also make some distortion and improvement, these all belong to protection scope of the present invention.
Claims (10)
1., for metope and the wall top multifunctional process equipment of building decoration engineering, comprise mounting seat, it is characterized in that, also comprise:
Guide pillar, is fixedly installed in described mounting seat bottom it;
At least one movable platform, it is slidably connected on described guide pillar, offers the first mounting groove for installing metope machining tool in described movable platform;
At least one cylinder, it is parallel to described guide pillar and is arranged in described movable platform, in the surface of described cylinder by the part extended to its top-direction bottom it be flank, remaining another part is light face, the bottom of described flank is threaded with described mounting seat, and by the first drive unit drives, it rotates, and described movable platform moves around on described flank;
At least one arm of force, is fixedly installed in described movable platform bottom it, the top of the described arm of force also offers the second mounting groove for installing wall top machining tool.
2. the metope for building decoration engineering according to claim 1 and wall top multifunctional process equipment, it is characterized in that, described movable platform is a prismatoid, and it is inverted on described guide pillar and described cylinder.
3. the metope for building decoration engineering according to claim 2 and wall top multifunctional process equipment, it is characterized in that, described first mounting groove is opened in the centre of described movable platform, described movable platform is divided into two sub-platforms by it, and the cross section of described sub-platform is triangular in shape (herein for adjusting the adaptability revision done according to guide pillar quantity).
4. the metope for building decoration engineering according to claim 1 and 2 and wall top multifunctional process equipment, it is characterized in that, the bottom of described first mounting groove is fixedly installed a mounting blocks, described mounting blocks slidably connects a sliding shoe, screwed hole is offered in described sliding shoe, in described mounting blocks, screw rod is installed, described sliding shoe is sheathed on described screw rod by described screwed hole, described screw rod is rotated by the second drive unit drives, and described metope machining tool is installed on described sliding shoe.
5. the metope for building decoration engineering according to claim 4 and wall top multifunctional process equipment, it is characterized in that, described mounting blocks is connected by dovetail groove with the place of being slidably connected of described sliding shoe.
6. the metope for building decoration engineering according to claim 1 and wall top multifunctional process equipment, it is characterized in that, be also connected with a fixture in described second mounting groove, described fixture comprises:
First plate body, it is L-shaped, and one end of described first plate body forms installation end, and it is embedded in described second mounting groove;
Second plate body and the 3rd plate body, it splices on described first plate body, be spliced to form one with described first plate body has open-topped box body, and described wall top machining tool is positioned in described box body.
7. the metope for building decoration engineering according to claim 6 and wall top multifunctional process equipment, it is characterized in that, described second mounting groove is a trapezoidal elongated slot, its axis along the described arm of force is also offered to the inside of the described arm of force by the end face of the described arm of force, and the corresponding described trapezoidal elongated slot of described installation end forms a trapezoidal raised line.
8. the metope for building decoration engineering according to claim 1 and wall top multifunctional process equipment, it is characterized in that, the top of described guide pillar and described cylinder is fixedly connected on the plate body of a strip respectively, and described plate body makes described guide pillar and described cylinder be flush formation.
9. the metope for building decoration engineering according to claim 1 and wall top multifunctional process equipment, it is characterized in that, the described arm of force is fixedly connected with a bowl fastening type connector, and described bowl fastening type connector is gone back slip cap simultaneously and is located on described guide pillar and described cylinder.
10. the metope for building decoration engineering according to claim 9 and wall top multifunctional process equipment, it is characterized in that, described bowl fastening type connector comprises at least two grip unit, it is fixedly connected with the described arm of force by least two connecting rods, described grip unit comprises at least two intermediate plates, it is connected to form a clamping ring and slip cap is located on described cylinder and described guide pillar, multiple junction is formed between described intermediate plate, removably connect in its at least one junction, be at least rotationally connected another junction in it simultaneously.
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| CN201410429466.3A CN105370018B (en) | 2014-08-28 | 2014-08-28 | Metope and wall top multifunctional process equipment for building decoration engineering |
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| CN201410429466.3A CN105370018B (en) | 2014-08-28 | 2014-08-28 | Metope and wall top multifunctional process equipment for building decoration engineering |
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| CN105370018B CN105370018B (en) | 2017-08-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106760417A (en) * | 2017-03-02 | 2017-05-31 | 顾佳可 | A kind of broken wall device of interior architecture |
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| US4369014A (en) * | 1980-02-25 | 1983-01-18 | Jolivet B N | Panel hanger |
| JP2004250869A (en) * | 2003-02-18 | 2004-09-09 | Sumitomo Forestry Co Ltd | Mounting jig for exterior wall material |
| CN201835510U (en) * | 2010-05-28 | 2011-05-18 | 深圳市建设（集团）有限公司 | Mechanical wall whitewashing and plastering stand |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106760417A (en) * | 2017-03-02 | 2017-05-31 | 顾佳可 | A kind of broken wall device of interior architecture |
| CN106760417B (en) * | 2017-03-02 | 2019-01-18 | 顾佳可 | A kind of broken wall device of interior architecture |
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|---|---|
| CN105370018B (en) | 2017-08-15 |
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