CN205100525U

CN205100525U - Scaffold used for building

Info

Publication number: CN205100525U
Application number: CN201520881762.7U
Authority: CN
Inventors: 龙文凯; 薛关炜
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-11-08
Filing date: 2015-11-08
Publication date: 2016-03-23
Anticipated expiration: 2025-11-08

Abstract

The utility model discloses a scaffold used for building relates to building tool technical field. The utility model discloses a bottom plate and roof can make the scaffold more stable, adopting roof and scaffold board lock, can making the equipment of scaffold rapider, improve work efficiency, the two is connected closely in addition, has increased the fail safe nature of device, the screw hole threaded connection of threaded rod and A connecting seat is adopted, scaffold lifting height labour saving and time saving more can be made, the material resources of using manpower sparingly, adopt A cross board, B cross board to cooperate, can realize adjusting at will the width of scaffold, improve work efficiency, the adoption has brake equipment's universal wheel, can make scaffold fixed position convenient rapider more, improves work efficiency, the upper surface of scaffold board is equipped with the slipmat, can do all can by increases friction, improves the fail safe nature of device, reduces the potential safety hazard.

Description

Scaffold for building

Technical field

The utility model is scaffold for building, relates to building implement technical field.

Background technology

Scaffold is the various supports set up for workman's high-rise working at the construction field (site), is the term of building field, is mainly used in exterior wall, interior decoration or the higher place that cannot directly construct on building sites.Scaffold makes material bamboo and wood, steel pipe or alloy material usually.Also scaffold is used as template in part engineering at present, the scaffold used at present mainly adopt steel pipe, connection card and other set up according to predetermined specification, required fixed structure cannot be set up on existing support body in the process set up temporarily, and complex structure, all need to consume too much artificial in the process of assembling and dismounting, with regard to single constructor, labour intensity is high; During assembling, the uniformity of support body different parts syndeton is low simultaneously, and then the uncertain factor produced by human factor in the process of assembling also increases thereupon, easily causes support body to there is many potential safety hazards.

Summary of the invention

Technical problem to be solved in the utility model is the technical deficiency for above-mentioned existence, provides scaffold for building, adopts base plate, scaffold can be made more stable; Adopt top board and have through hole on top board, scaffolding board can be made to install fixing more reliable more rapidly; Adopt at base plate and top board welding base, the fixing more rapid of support plate can be made, increase safety and the reliability of device; Adopt bearing to coordinate with bearing pin, the flexibility of the more flexible and raising device of scaffold support plate can be made, make work effectively; Adopt end cap to be connected with bolt of lower base, bearing can be protected to exempt from destruction, improve the security reliability of this scaffold; Adopt pinned connection, make to connect between each parts of scaffold more tight, more safe and reliable; Adopt universal wheel, the movement rapid flexible more of scaffold can be made, use manpower and material resources sparingly, increase work efficiency; Adopt top board and scaffolding board to fasten, the assembling of scaffold can be made more rapid, increase work efficiency, and the two connects closely, adds the security reliability of device; Adopt Connection Block and support plate pinned connection, the flexibility of device can be increased, device is connected tightr, safe and reliable; Adopt threaded rod to be threaded with the screwed hole of A Connection Block, scaffold hoisting depth can be made more time saving and energy saving, use manpower and material resources sparingly; Employing A cross board, B cross board match, and can realize the width arbitrarily regulating scaffold, increase work efficiency; Adopt groove and Guide rollers to coordinate, the position of adjustment A cross board, B cross board can be made more laborsaving, more rapidly.

For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: comprise A base plate, B base plate, A top board, B top board, A support plate, B support plate, C support plate, D support plate, A cross board, B cross board, and the upper surface of A base plate, B base plate is all welded with A base in the longitudinal direction; The soffit of A top board, B top board is all welded with B base in the longitudinal direction; A base, B base all have through hole; Through hole is combined with bearing; On A support plate, B support plate, C support plate, D support plate length direction, two ends all have A through hole; The A through hole of A support plate, C support plate lower end is all combined with bearing pin, and bearing pin matches with the bearing of A base; The A through hole of B support plate, D support plate upper end is all combined with bearing pin, and bearing pin matches with the bearing of B base; Bearing fit has end cap; End cap is evenly provided with B through hole in a circumferential direction; End cap is connected with bolt of lower base by B through hole; The soffit of A base plate, B base plate is all provided with two universal wheels in the longitudinal direction; The upper surface of A top board, B top board is evenly provided with multiple C through hole in the longitudinal direction; A top board, B top board are combined with scaffolding board; Scaffolding board soffit uniform welding has fixed bar, and the C through hole of fixed bar and A top board, B top board fastens; The lower end of A support plate upper end and B support plate is combined with A Connection Block; A Connection Block is connected by pin with A support plate, B support plate; A Connection Block is provided with screwed hole; The lower end of C support plate upper end and D support plate is combined with B Connection Block; B Connection Block is connected by pin with C support plate, D support plate; B Connection Block is provided with D through hole; Screwed hole and D through hole are combined with threaded rod; The inside length direction of A base plate, B base plate, A top board, B top board is all welded with A boss, B boss; A boss has E through hole; B boss has groove, and groove is combined with Guide rollers; A cross board is connected by pin with B cross board; A cross board one end coordinates with the A boss of A base plate; A cross board is connected by E through hole pin with A boss; The A cross board other end matches with the Guide rollers of groove; A cross board is connected by pin with Guide rollers; B cross board one end coordinates with the A boss of B base plate; B cross board is connected by E through hole pin with A boss; The B cross board other end matches with the Guide rollers of groove; B cross board is connected by pin with Guide rollers.

Further optimization the technical program, described universal wheel comprises fixed head, rotating shaft, foot wheel carrier, rubber wheel, brake block, braking vane, and universal wheel is connected with A base plate, B bed bolt by fixed head; Rotating shaft is welded between fixed head and foot wheel carrier; Rubber wheel is arranged on foot wheel carrier; Braking vane matches with brake block; Braking vane is connected by rotating shaft with foot wheel carrier.

Further optimization the technical program, described scaffolding board adopts hollow design, and the upper surface of scaffolding board is provided with slipmat.

Further optimization the technical program, described threaded rod comprises baffle plate, the body of rod, runner, hold-down nut, and the body of rod and runner pass through spline joint; Hold-down nut and the body of rod are threaded connection.

Further optimization the technical program, described A base plate, B base plate, A top board, B top board adopt hollow design; A base plate, B base plate, A top board, B top board material adopt stainless steel.

Compared with prior art, the utility model has the following advantages: 1, adopt base plate, scaffold can be made more stable; 2, adopt top board and have through hole on top board, scaffolding board can be made to install fixing more reliable more rapidly; 3, adopt at base plate and top board welding base, the fixing more rapid of support plate can be made, increase safety and the reliability of device; 4, adopt bearing to coordinate with bearing pin, the flexibility of the more flexible and raising device of scaffold support plate can be made, make work effectively; 5, adopt end cap to be connected with bolt of lower base, bearing can be protected to exempt from destruction, improve the security reliability of this scaffold; 6, adopt pinned connection, make to connect between each parts of scaffold more tight, more safe and reliable; 7, adopt universal wheel, the movement rapid flexible more of scaffold can be made, use manpower and material resources sparingly, increase work efficiency; 8, adopt top board and scaffolding board to fasten, the assembling of scaffold can be made more rapid, increase work efficiency, and the two connects closely, adds the security reliability of device; 9, adopt Connection Block and support plate pinned connection, the flexibility of device can be increased, device is connected tightr, safe and reliable; 10, adopt threaded rod to be threaded with the screwed hole of A Connection Block, scaffold hoisting depth can be made more time saving and energy saving, use manpower and material resources sparingly; 11, employing A cross board, B cross board match, and can realize the width arbitrarily regulating scaffold, increase work efficiency; 12, adopt groove and Guide rollers to coordinate, the position of adjustment A cross board, B cross board can be made more laborsaving, more rapidly; 13, adopt universal wheel to be connected with A base plate, B bed bolt, scaffold can be made more tight, improve safety and the reliability of device; 14, adopt the universal wheel with brake gear, scaffold permanent position can be made convenient more rapid, increase work efficiency; 15, adopt rubber wheel, ground can be protected in interior works process and that scaffold is moved is more laborsaving; 16, adopt scaffolding board, A base plate, B base plate, A top board, B top board hollow design, device can be made lighter, facilitate workman to install, increase work efficiency; 17, adopt the upper surface of scaffolding board to be provided with slipmat, can frictional force be increased, improve the security reliability of device, reduce potential safety hazard; 18, adopt runner, workman can be made more time saving and energy saving when hoisting scaffold height, increase work efficiency; 19, adopt hold-down nut, the active length of threaded rod can be controlled, prevent threaded rod from departing from A Connection Block and occur potential safety hazard; 20, adopt A base plate, B base plate, A top board, B top board material to be stainless steel, the application life of scaffold can be improved, make device more safe and reliable.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of scaffold for building.

Fig. 2 is the front view of scaffold for building.

Fig. 3 is the upward view of scaffold for building.

Fig. 4 is the partial top view of scaffold for building.

Fig. 5 is the universal wheel schematic diagram of scaffold for building.

Fig. 6 is the scaffolding board top view of scaffold for building.

Fig. 7 is the scaffolding board schematic diagram of scaffold for building.

Fig. 8 is the threaded rod schematic diagram of scaffold for building.

Fig. 9 is the partial schematic diagram of scaffold for building.

In figure, 1, A base plate; 2, B base plate; 3, A top board; 4, B top board; 5, A support plate; 6, B support plate; 7, C support plate; 8, D support plate; 9, A cross board; 10, B cross board; 11, A base; 12, B base; 13, through hole; 14, bearing; 15, A through hole; 16, bearing pin; 17, end cap; 18, B through hole; 19, universal wheel; 20, C through hole; 21, scaffolding board; 22, fixed bar; 23, A Connection Block; 24, screwed hole; 25, B Connection Block; 26, D through hole; 27, threaded rod; 28, A boss; 29, B boss; 30, E through hole; 31, groove; 32, Guide rollers; 33, fixed head; 34, rotating shaft; 35, foot wheel carrier; 37, rubber wheel; 38, brake block; 39, braking vane; 40, slipmat; 41, baffle plate; 42, the body of rod; 43, runner; 44, hold-down nut.

Detailed description of the invention

For making the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with detailed description of the invention also with reference to accompanying drawing, the utility model is further described.Should be appreciated that, these describe just exemplary, and do not really want to limit scope of the present utility model.In addition, in the following description, the description to known features and technology is eliminated, to avoid unnecessarily obscuring concept of the present utility model.

1, detailed description of the invention: shown in composition graphs 1-9, comprise A base plate 1, B base plate 2, A top board 3, B top board 4, A support plate 5, B support plate 6, C support plate 7, D support plate 8, A cross board 9, B cross board 10, A base plate 1, B base plate 2 upper surface be all welded with A base 11 in the longitudinal direction; The soffit of A top board 3, B top board 4 is all welded with B base 12 in the longitudinal direction; A base 11, B base 12 all have through hole 13; Through hole 13 is combined with bearing 14; On A support plate 5, B support plate 6, C support plate 7, D support plate 8 length direction, two ends all have A through hole 15; The A through hole 15 of A support plate 5, C support plate 7 lower end is all combined with bearing pin 16, and bearing pin 16 matches with the bearing 14 of A base 11; The A through hole 15 of B support plate 6, D support plate 8 upper end all coordinates with bearing pin 16, and bearing pin 16 matches with the bearing 14 of B base 12; Bearing 14 is combined with end cap 17; End cap 17 is evenly provided with B through hole 18 in a circumferential direction; End cap 17 is connected with bolt of lower base by B through hole 18; The soffit of A base plate 1, B base plate 2 is all provided with two universal wheels 19 in the longitudinal direction; A pushes up 3 plates, the upper surface of B top board 4 is evenly provided with multiple C through hole 20 in the longitudinal direction; A top board 3, B top board 4 are combined with scaffolding board 21; Scaffolding board 21 soffit uniform welding has fixed bar 22, and fixed bar 22 fastens with the C through hole 20 of A top board 3, B top board 4; The lower end of A support plate 5 upper end and B support plate 6 is combined with A Connection Block 23; A Connection Block 23 is connected by pin with A support plate 5, B support plate 6; A Connection Block 23 is provided with screwed hole 24; The lower end of C support plate 7 upper end and D support plate 8 is combined with B Connection Block 25; B Connection Block 25 is connected by pin with C support plate 6, D support plate 7; B Connection Block 25 is provided with D through hole 26; Screwed hole 24 and D through hole 26 are combined with threaded rod 27; The inside length direction of A base plate 1, B base plate 2, A top board 3, B top board 4 is all welded with A boss 28, B boss 29; A boss 28 has E through hole 30; B boss 29 has groove 31, and groove 31 is combined with Guide rollers 32; A cross board 9 is connected by pin with B cross board 10; A cross board 9 one end coordinates with the A boss 28 of A base plate 1; A cross board 9 is connected by E through hole 30 pin with A boss 28; A cross board 9 other end matches with the Guide rollers 32 of groove 31; A cross board 9 is connected by pin with Guide rollers 32; B cross board 10 one end coordinates with the A boss 28 of B base plate 2; B cross board 10 is connected by E through hole 30 pin with A boss 28; B cross board 10 other end matches with the Guide rollers 32 of groove 31; B cross board 10 is connected by pin with Guide rollers 32; Universal wheel 19 comprises fixed head 33, rotating shaft 34, foot wheel carrier 35, rubber wheel 36, brake block 37, braking vane 38, and universal wheel 19 is connected with A base plate 1, B base plate 2 bolt by fixed head 33; Rotating shaft 34 is welded between fixed head 33 and foot wheel carrier 35; Rubber wheel 36 is arranged on foot wheel carrier 35; Braking vane 38 matches with brake block 37; Braking vane 38 is connected by rotating shaft with foot wheel carrier 35.Scaffolding board 21 adopts hollow design, and the upper surface of scaffolding board 21 is provided with slipmat 40; Threaded rod 27 comprises baffle plate 41, the body of rod 42, runner 43, hold-down nut 44, and one end and the runner 43 of the body of rod 42 pass through spline joint; The other end of the body of rod 42 is threaded with hold-down nut 44; A base plate 1, B base plate 2, A top board 3, B top board 4 adopt hollow design; A base plate 1, B base plate 2, A top board 3, B top board material 4 adopt stainless steel.

During use, first user will check that whether the connection of each parts between scaffold is tight, will repair in time, eliminate safe hidden trouble in time if there is situation about loosening.Deng inspection errorless after, first the A cross board 9 between A base plate 1, B base plate 2 and A top board 3, B top board 4 and B cross board 10 are opened, form certain angle by regulating A cross board 9 and B cross board 10 and then change the width of scaffold.After regulating scaffold width, fastened by the C through hole 20 of A top board 3, B top board 4 and the fixed bar 22 of scaffolding board 21 bottom welding, scaffolding board 21 is quickly installed to the top of scaffold.Adopt base plate, scaffold can be made more stable; Adopt top board and on top board, have C through hole 20, scaffolding board 21 can be made to install fixing more reliable more rapidly; Employing A cross board 9, B cross board 10 match, and can realize the width arbitrarily regulating scaffold, increase work efficiency; Adopt top board and scaffolding board 21 to fasten, the assembling of scaffold can be made more rapid, increase work efficiency, and the two connects closely, adds the security reliability of device.In addition, the upper surface of scaffolding board 21 is also provided with slipmat 40, can increase frictional force, improves the security reliability of device, reduces potential safety hazard.After installing scaffolding board, the universal wheel 19 installed for 2 times by A base plate 1, B base plate, is transported to the job site of specifying, utilizes the brake gear of universal wheel 19 to be fixed by universal wheel, prevent from being moved at work man-hour universal wheel, eliminate safe hidden trouble by scaffold.Universal wheel 19 is connected with A base plate 1, B base plate 2 bolt, scaffold can be made more tight, improve safety and the reliability of device; Adopt the universal wheel 19 with brake gear, scaffold permanent position can be made convenient more rapid, increase work efficiency; Universal wheel 19 adopts the wheel of quality of rubber materials, can protect ground like this and that scaffold is moved is more laborsaving in the process of interior works.Regulate the distance between A Connection Block 23 and B Connection Block 25 by the runner 43 rotated on threaded rod 27 after arriving assigned address thus drive holder pivots, and then regulating the height of scaffold.Adopt runner 43, workman can be made more time saving and energy saving when hoisting scaffold height, increase work efficiency; Adopt threaded rod 27 to be threaded with the screwed hole 24 of A Connection Block 23, scaffold hoisting depth can be made more time saving and energy saving, use manpower and material resources sparingly; Adopt Connection Block and support plate pinned connection, the flexibility of device can be increased, device is connected tightr, safe and reliable, rise to after formulation height until scaffold, fix threaded rod 27 with the clamp nut 44 on threaded rod 27, prevent it from occurring situation about loosening, eliminate safe hidden trouble.In addition, scaffolding board 21, A base plate 1, B base plate 2, A top board 3, B top board 4 all adopt hollow design, scaffold can be made lighter, facilitate workman to install, increase work efficiency; A base plate 1, B base plate 2, A top board 3, B top board 4 material all adopt stainless steel, can improve the application life of scaffold, make device more safe and reliable.

Should be understood that, above-mentioned detailed description of the invention of the present utility model only for exemplary illustration or explain principle of the present utility model, and is not formed restriction of the present utility model.Therefore, any amendment made when not departing from spirit and scope of the present utility model, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.In addition, the utility model claims be intended to contain fall into claims scope and border or this scope and border equivalents in whole change and modification.

Claims

1. scaffold for building, it is characterized in that: comprise A base plate (1), B base plate (2), A top board (3), B top board (4), A support plate (5), B support plate (6), C support plate (7), D support plate (8), A cross board (9), B cross board (10), the upper surface of A base plate (1), B base plate (2) is all welded with A base (11) in the longitudinal direction; The soffit of A top board (3), B top board (4) is all welded with B base (12) in the longitudinal direction; A base (11), B base (12) all have through hole (13); Through hole (13) is combined with bearing (14); On A support plate (5), B support plate (6), C support plate (7), D support plate (8) length direction, two ends all have A through hole (15); The A through hole (15) of A support plate (5), C support plate (7) lower end is all combined with bearing pin (16), and bearing pin (16) matches with the bearing (14) of A base (11); The A through hole (15) of B support plate (6), D support plate (8) upper end all coordinates with bearing pin (16), and bearing pin (16) matches with the bearing (14) of B base (12); Bearing (14) is combined with end cap (17); End cap (17) is evenly provided with B through hole (18) in a circumferential direction; End cap (17) is connected with bolt of lower base by B through hole (18); The soffit of A base plate (1), B base plate (2) is all provided with two universal wheels (19) in the longitudinal direction; The upper surface of A top board (3), B top board (4) is evenly provided with multiple C through hole (20) in the longitudinal direction; A top board (3), B top board (4) are combined with scaffolding board (21); Scaffolding board (21) soffit uniform welding has fixed bar (22), and fixed bar (22) fastens with the C through hole (20) of A top board (3), B top board (4); The lower end of A support plate (5) upper end and B support plate (6) is combined with A Connection Block (23); A Connection Block (23) is connected by pin with A support plate (5), B support plate (6); A Connection Block (23) is provided with screwed hole (24); The lower end of C support plate (7) upper end and D support plate (8) is combined with B Connection Block (25); B Connection Block (25) is connected by pin with C support plate (6), D support plate (7); B Connection Block (25) is provided with D through hole (26); Screwed hole (24) and D through hole (26) are combined with threaded rod (27); The inside length direction of A base plate (1), B base plate (2), A top board (3), B top board (4) is all welded with A boss (28), B boss (29); A boss (28) has E through hole (30); B boss (29) has groove (31), and groove (31) is combined with Guide rollers (32); A cross board (9) is connected by pin with B cross board (10); A cross board (9) one end coordinates with the A boss (28) of A base plate (1); A cross board (9) is connected by E through hole (30) pin with A boss (28); A cross board (9) other end matches with the Guide rollers (32) of groove (31); A cross board (9) is connected by pin with Guide rollers (32); B cross board (10) one end coordinates with the A boss (28) of B base plate (2); B cross board (10) is connected by E through hole (30) pin with A boss (28); B cross board (10) other end matches with the Guide rollers (32) of groove (31); B cross board (10) is connected by pin with Guide rollers (32).

2. scaffold for building according to claim 1, it is characterized in that: universal wheel (19) comprises fixed head (33), rotating shaft (34), foot wheel carrier (35), rubber wheel (36), brake block (37), braking vane (38), universal wheel (19) is connected with A base plate (1), B base plate (2) bolt by fixed head (33); Rotating shaft (34) is welded between fixed head (33) and foot wheel carrier (35); Rubber wheel (36) is arranged on foot wheel carrier (35); Braking vane (38) matches with brake block (37); Braking vane (38) is connected by rotating shaft with foot wheel carrier (35).

3. scaffold for building according to claim 1, is characterized in that: scaffolding board (21) adopts hollow design, and the upper surface of scaffolding board (21) is provided with slipmat (40).

4. scaffold for building according to claim 1, it is characterized in that: threaded rod (27) comprises baffle plate (41), the body of rod (42), runner (43), hold-down nut (44), one end and the runner (43) of the body of rod (42) pass through spline joint; The other end of the body of rod (42) is threaded with hold-down nut (44).

5. scaffold for building according to claim 1, is characterized in that: A base plate (1), B base plate (2), A top board (3), B top board (4) adopt hollow design; A base plate (1), B base plate (2), A top board (3), B top board material (4) adopt stainless steel.