CN204728659U - Automatically the plastering machine of both sides telescopic vertical hack lever stress balance can be realized - Google Patents
Automatically the plastering machine of both sides telescopic vertical hack lever stress balance can be realized Download PDFInfo
- Publication number
- CN204728659U CN204728659U CN201520416536.1U CN201520416536U CN204728659U CN 204728659 U CN204728659 U CN 204728659U CN 201520416536 U CN201520416536 U CN 201520416536U CN 204728659 U CN204728659 U CN 204728659U
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- CN
- China
- Prior art keywords
- upright rod
- hack lever
- extensible upright
- plastering
- telescopic vertical
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Abstract
The utility model is the plastering machine that automatically can realize both sides telescopic vertical hack lever stress balance, includes base, telescopic vertical hack lever, apparatus of plastering, control device and drive unit; Telescopic vertical hack lever comprises two main vertical rods, and inside, main vertical rod upper end is provided with guide rail, in guide rail, Extensible upright rod is housed; Two main vertical rod tops are provided with crossbeam, fixed pulley A, B is provided with bottom crossbeam, fixed pulley C and D is also provided with between fixed pulley A and B, movable pulley A is provided with between fixed pulley A and C, be provided with movable pulley B between fixed pulley D and B, be provided with stay cord through fixed pulley A, movable pulley A, fixed pulley C, fixed pulley D, movable pulley B and fixed pulley B, the two ends of stay cord are connected with the lower end of Extensible upright rod respectively, one of them bottom of movable pulley A or B is connected with base, and another is connected with hoist engine A; The utility model novel in structural design, normally can realize telescopic vertical hack lever stress balance when concavo-convex ground or roof and stay cord are disorderly wound around and can fixation.
Description
Technical field
The utility model relates to construction machinery equipment technical field, especially automatically can realize the plastering machine of both sides telescopic vertical hack lever stress balance.
Background technology
The telescopic vertical hack lever of plastering machine in the market mainly contains two kinds of forms:
The first is that employing two telescopic rail vertical rods add a middle stressed Extensible upright rod composition, stressed expansion link top is provided with crossbeam, crossbeam two ends are connected with two telescopic rail vertical rods respectively, during work, motor pulls stressed expansion link to move up and down, and stressed expansion link drives two telescopic rail vertical rod one startings by crossbeam, withstands roof by crossbeam, the form of this telescopic vertical hack lever is simple, but has following defect:
1) only have a bar stressed, the stress surface of generation is little, and during work when vibrating motor vibrates, moving easily appears in the telescopic rail vertical rod on both sides, rotates around stress point.
2) when roof occurs uneven or ground not at ordinary times, plastering machine easily occurs crooked, crossbeam one end belling of stand masthead end, the other end and middlely occur unsettled, then stand bar cannot be firm, there will be and significantly move rotation.
3) structures shape this kind of plastering machine of stand bar width of plastering is narrow, and efficiency of plastering is low, and joint of plastering is many.
4) bar in the middle of stand bar is many, and intertubular space is narrow, adds ash inconvenient between bar.
5) this kind of telescopic vertical hack lever transition inconvenience, crosses common door inconvenient, crooked passing, and stand bar is torn to get off open, and dolly or closed car are difficult to load.
The second telescopic vertical hack lever structure adopts two vertical rods below to add two flexible force rods above, upper lower beam side by side parallel, upper expansion link is slided up and down along lower vertical rod by slip ring, two vertical rods below connect plastering machine base, two flexible force rod tops are provided with crossbeam above, respectively there is a fixed pulley upper end of two vertical rods below, each fixed pulley is drawn stay cord one end and is connected with flexible force rod respectively, other one end of stay cord connects reel separately, two winding drum is coaxially arranged, and this axle is connected with motor by gear; But this structure has following defect:
1) when roof is uneven or ground not at ordinary times, when two vertical rods are below fixed, a flexible force rod is bent, another root is easily unsettled by micro-power, causing machine fixing unstable, be just roof or ground is all smooth, the easy overlap wrapping of stay cord, release stay cord is different in size, also can produce press-bending or unsettled phenomenon.
2) need vibrations time owing to plastering, vertical rod usually can move position, affects plastering quality, causes operating efficiency not high, and will often do over again.
3) complex structure takes up space, and adds reel, the annexes such as major axis and one group of gear, and entirety is heavy greatly, if discontinuity crushes easily.
Summary of the invention
The purpose of this utility model is exactly the problems referred to above existed for above-described plastering machine telescopic vertical hack lever, a kind of novel in structural design is provided, normally can realizes telescopic vertical hack lever stress balance when concavo-convex ground or roof and stay cord are disorderly wound around and can the plastering machine of fixation.
Concrete scheme of the present utility model is: the plastering machine that automatically can realize both sides telescopic vertical hack lever stress balance, include moveable base, be erected at the telescopic vertical hack lever of base both sides, be arranged on the apparatus of plastering on telescopic vertical hack lever, be arranged on the control device on base and drive unit, apparatus of plastering includes plastering plate, ash bucket, ash ladder and the grey ladder lifting gear for drawing high grey ladder, described drive unit includes and is arranged on hoist engine A on base and hoist engine B, hoist engine A is elevated for driving telescopic vertical hack lever, hoist engine B is for driving the lifting of apparatus of plastering, described telescopic vertical hack lever includes the two main vertical rods being symmetricly set on base both sides, every root inside, main vertical rod upper end or outside are vertically provided with one section of guide rail, an Extensible upright rod is respectively housed in two guide rails, Extensible upright rod described in two is tubular structure, two Extensible upright rod upper inner are symmetrical is provided with two grooved mouths, Extensible upright rod lower end is provided with the slide construction matched with main vertical rod, and described Extensible upright rod can slide up and down in guide rail, be positioned at upper shelf between Extensible upright rod described in two and be provided with a balancing pole, the two ends of described balancing pole are respectively provided with a root post, linear bearing or linear slider is provided with in two Extensible upright rod tops are equal, balancing pole can slide up and down at grooved mouth, slides up and down in the linear bearing of two columns then in Extensible upright rod or linear slider, two main vertical rod top the right and left erections have a crossbeam, certain assembly pulley is provided with from left to right bottom crossbeam, a movable pulley is at least provided with between the pulley of fixed pulley group, a stay cord is provided with successively through fixed pulley group and movable pulley, the two ends, left and right of described stay cord are connected with the lower end of corresponding Extensible upright rod respectively, and one of them movable pulley bottom is connected with described hoist engine A by stay cord.
Stay cord described in the utility model is that wire rope is made.
Opening cavernous structure also can be arranged in Extensible upright rod upper end in the utility model described in two, and in the open pore of the right and left, frame is equipped with a cross bar be flexibly connected, and this cross bar can carry out spacing to the distance between two Extensible upright rod.
Utility model works principle: two Extensible upright rod in the utility model plastering machine are under stay cord effect, both sides Extensible upright rod is stressed equal, namely the power withstanding roof is equal, and owing to being same stay cord through assembly pulley, two Extensible upright rod can carry out asynchronous lifting according to the concavo-convex height in roof and ground, the maximum drop 60mm of two bars; Simultaneously because two Extensible upright rod tops are provided with balancing pole, can ensure that two Extensible upright rod still keep when there being height fall being parallel to each other.
The utility model plastering machine novel in structural design, fix securely, strong adaptability, and efficiency high-quality of plastering is good.
Accompanying drawing explanation
Fig. 1 is the utility model Facad structure schematic diagram;
Fig. 2 is structural representation after the utility model.
In figure: 1-Extensible upright rod, 2-fixed pulley group, 3-movable pulley, 4-main vertical rod, 5-grey ladder, 6-balancing pole, 7-stay cord, 8-control device, 9-base, 10-crossbeam, 11-ash bucket, 12-plastering plate, 13-hoist engine A, 14-hoist engine B.
Detailed description of the invention
See Fig. 1, Fig. 2, the utility model is the plastering machine that automatically can realize both sides telescopic vertical hack lever stress balance, include moveable base 9, be erected at the telescopic vertical hack lever of base both sides, be arranged on the apparatus of plastering on telescopic vertical hack lever, be arranged on the control device 8 on base and drive unit, apparatus of plastering includes plastering plate 12, ash bucket 11, ash ladder 5 and the grey ladder lifting gear for drawing high grey ladder, described drive unit includes and is arranged on hoist engine A13 on base and hoist engine B14, hoist engine A is elevated for driving telescopic vertical hack lever, hoist engine B is for driving the lifting of apparatus of plastering, described telescopic vertical hack lever includes the two main vertical rods 4 being symmetricly set on base both sides, every root inside, main vertical rod upper end or outside are vertically provided with one section of guide rail, an Extensible upright rod 1 is respectively housed in two guide rails, Extensible upright rod described in two is tubular structure, two Extensible upright rod upper inner are symmetrical is provided with two grooved mouths, Extensible upright rod lower end is provided with the slide construction matched with main vertical rod, and described Extensible upright rod can slide up and down in guide rail, be positioned at upper shelf between Extensible upright rod described in two and be provided with a balancing pole 6, the two ends of described balancing pole are respectively provided with a root post, linear bearing or linear slider is provided with in two Extensible upright rod tops are equal, balancing pole can slide up and down at grooved mouth, slides up and down in the linear bearing of two columns then in Extensible upright rod or linear slider, two main vertical rod top the right and left erections have a crossbeam 10, certain assembly pulley 2 is provided with from left to right bottom crossbeam, a movable pulley 3 is at least provided with between the pulley of fixed pulley group, a stay cord 7 is provided with successively through fixed pulley group and movable pulley, the two ends, left and right of described stay cord are connected with the lower end of corresponding Extensible upright rod respectively, and one of them movable pulley bottom is connected with described hoist engine A by stay cord.
Stay cord 7 described in the present embodiment is made for wire rope.
Opening cavernous structure also can be arranged in Extensible upright rod upper end in the present embodiment described in two, and in the open pore of the right and left, frame is equipped with a cross bar be flexibly connected, and this cross bar can carry out spacing to the distance between two Extensible upright rod.
Two Extensible upright rod in the utility model plastering machine are under stay cord effect, both sides Extensible upright rod is stressed equal, namely the power withstanding roof is equal, and owing to being same stay cord through fixed pulley group, two Extensible upright rod can carry out asynchronous lifting according to the concavo-convex height in roof and ground, the maximum drop 60mm of two bars; Simultaneously because two Extensible upright rod tops are provided with balancing pole, can ensure that two Extensible upright rod still keep when there being height fall being parallel to each other.
Claims (3)
1. automatically can realize the plastering machine of both sides telescopic vertical hack lever stress balance, include moveable base, be erected at the telescopic vertical hack lever of base both sides, the apparatus of plastering be arranged on telescopic vertical hack lever, be arranged on control device on base and drive unit, apparatus of plastering includes plastering plate, ash bucket, grey ladder and the grey ladder lifting gear for drawing high grey ladder, it is characterized in that: described drive unit includes and is arranged on hoist engine A on base and hoist engine B, hoist engine A is elevated for driving telescopic vertical hack lever, and hoist engine B is for driving the lifting of apparatus of plastering; Described telescopic vertical hack lever includes the two main vertical rods being symmetricly set on base both sides, every root inside, main vertical rod upper end or outside are vertically provided with one section of guide rail, an Extensible upright rod is respectively housed in two guide rails, Extensible upright rod described in two is tubular structure, two Extensible upright rod upper inner are symmetrical is provided with two grooved mouths, Extensible upright rod lower end is provided with the slide construction matched with main vertical rod, and described Extensible upright rod can slide up and down in guide rail; Be positioned at upper shelf between Extensible upright rod described in two and be provided with a balancing pole, the two ends of described balancing pole are respectively provided with a root post, linear bearing or linear slider is provided with in two Extensible upright rod tops are equal, balancing pole can slide up and down at grooved mouth, slides up and down in the linear bearing of two columns then in Extensible upright rod or linear slider; Two main vertical rod top the right and left erections have a crossbeam, certain assembly pulley is provided with from left to right bottom crossbeam, a movable pulley is at least provided with between the pulley of fixed pulley group, a stay cord is provided with successively through fixed pulley group and movable pulley, the two ends, left and right of described stay cord are connected with the lower end of corresponding Extensible upright rod respectively, and one of them movable pulley bottom is connected with described hoist engine A by stay cord.
2. the plastering machine that automatically can realize both sides telescopic vertical hack lever stress balance according to claim 1, is characterized in that: described stay cord is that wire rope is made.
3. the plastering machine that automatically can realize both sides telescopic vertical hack lever stress balance according to claim 1, it is characterized in that: opening cavernous structure also can be arranged in the Extensible upright rod upper end described in two, in the open pore of the right and left, frame is equipped with a cross bar be flexibly connected, and this cross bar can carry out spacing to the distance between two Extensible upright rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520416536.1U CN204728659U (en) | 2015-06-17 | 2015-06-17 | Automatically the plastering machine of both sides telescopic vertical hack lever stress balance can be realized |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520416536.1U CN204728659U (en) | 2015-06-17 | 2015-06-17 | Automatically the plastering machine of both sides telescopic vertical hack lever stress balance can be realized |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204728659U true CN204728659U (en) | 2015-10-28 |
Family
ID=54387020
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520416536.1U Expired - Fee Related CN204728659U (en) | 2015-06-17 | 2015-06-17 | Automatically the plastering machine of both sides telescopic vertical hack lever stress balance can be realized |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204728659U (en) |
-
2015
- 2015-06-17 CN CN201520416536.1U patent/CN204728659U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151028 Termination date: 20200617 |