CN106284960A - Simple attachment type raise scaffold - Google Patents
Simple attachment type raise scaffold Download PDFInfo
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- CN106284960A CN106284960A CN201510275350.3A CN201510275350A CN106284960A CN 106284960 A CN106284960 A CN 106284960A CN 201510275350 A CN201510275350 A CN 201510275350A CN 106284960 A CN106284960 A CN 106284960A
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Abstract
Simple attachment type raise scaffold devise a kind of simple steel pipe frame system, it is a Simple framework structure of the connecting tube composition between a flat steel pipe support system and slide rail and slide rail, flat steel pipe support system is arranged on the supporting plate mechanism of slide type rail system, and lifting tension system uses hoist engine traction scaffold elevation mechanism.Compared with traditional scaffold, save material, reduced processing and building site installation, the difficulty of dismounting, improve convenience and the safety of use.
Description
Art
The present invention relates to the scaffold equipment of building construction, a kind of simple attachment type raise scaffold.
Background technology
At present, China's construction has traditional raise scaffold, landing leg hand cradle and overhanging scaffold, and these are several, and wherein raise scaffold is all good than landing leg hand cradle and overhanging scaffold at safety, economy, the suitability and civilization four aspects of high efficiency.
But, raise scaffold still also has deficiency, also has the place improved, such as, it uses traditional double-layer pipe frame structure, many small-sized weld rectangular bar of steel pipe support unit spliceds vertical with metope form, waste material, add processing and the workload installed, dismantle, the increase of material weight, also make its insecurity and the difficulty of lifting increase.Meanwhile, inside traditional double-layer pipe frame structure, there are many braces, add the artificial inconvenience of operation in scaffold.
Electric block is arranged on the top of scaffold, has a pulley in the bottom of scaffold, and the other end of steel wire rope hangs on the hanging mechanism on floor by after pulley, and this hoisting way, the most laborsaving, electric block just may require that big specification, adds cost.
Scaffold is a kind of safety protection facility, is not load-bearing facility, therefore need not use traditional double-layer pipe frame structure.
Summary of the invention
In order to solve the problems referred to above of traditional double-layer pipe frame structure, the present invention devises a kind of simple attachment type raise scaffold.It is a Simple framework structure of the connecting tube composition between a flat steel pipe support system and slide rail and slide rail, and flat steel pipe support system is made up of many bigger welded still pipe frame unit spliceds parallel with metope, uses hoist engine hoisting way, simple, laborsaving.
Described simple attachment type raise scaffold is fixed anti-drop system formed by simple steel pipe frame system, lifting tension system, slide type rail system, protecting net system and slide rail, in the half slot A that flat steel pipe support system in simple steel pipe frame system is arranged on the supporting plate mechanism of slide type rail system, lifting tension system uses hoist engine traction scaffold elevation mechanism.
nullThe simple steel pipe frame system of described simple attachment type raise scaffold is by flat steel pipe support system、Top transverse connecting pipe A、Middle part transverse connecting pipe B、Lower, transverse connecting tube C assembly、Top connecting tube A between slide rail、Between slide rail, between middle part connecting tube B and slide rail, lower connecting plate C and slide type rail system collectively constitute，Top transverse connecting pipe A passes through steel tube fastener，Between one end with upper slide rails, top connecting tube A is connected，The other end is connected with the horizontal tube of the upper unit of flat steel pipe support system，Middle part transverse connecting pipe B passes through steel tube fastener，Between one end with slide rail, middle part connecting tube B is connected，The other end is connected with the horizontal tube of the middle unit of flat steel pipe support system，Lower, transverse connecting tube C assembly is connected with the horizontal tube of the lower unit of flat steel pipe support system by steel tube fastener one end，The flange M of the other end is connected by lower connecting plate C between bolt with slide rail，Lower, transverse connecting tube C assembly is made up of transverse connecting pipe Q and flange M，Transverse connecting pipe Q and flange M is vertically welded in one，Flat steel pipe support system is parallel with body of wall，It is by unit on multiple steel pipe frames、Middle unit and lower unit splicing composition，On steel pipe frame, a coaxial sleeve pipe has been welded in the lower end of each vertical steel pipe of unit，These sleeve pipes are all sleeved on the upper end of the VERTICAL TUBE of steel pipe frame middle cell，Each sleeve pipe is assembled with a pin A，In steel pipe frame, a coaxial sleeve pipe has been welded in the lower end of each VERTICAL TUBE of unit，Each sleeve pipe is sleeved on the upper end of the VERTICAL TUBE with steel pipe frame lower unit，A left side for flat steel pipe support system、Connected by horizontal connection tube and diagonal angle connecting tube between right unit，On steel pipe frame, unit is by VERTICAL TUBE、Horizontal tube、Diagonal angle connecting tube、Upper end welding tablet and welding massive plate are welded to form，VERTICAL TUBE and horizontal tube、Diagonal angle connecting tube is respectively welded at upper end welding plate、In two planes of welding massive plate，Upper end welding plate and welding massive plate are in the same plane，In steel pipe frame, unit is by VERTICAL TUBE、Horizontal tube、Diagonal angle connecting tube and welding massive plate are welded to form，VERTICAL TUBE and horizontal tube、Diagonal angle connecting tube is respectively welded in two planes of welding massive plate，All of welding massive plate is all located on same plane，Steel pipe frame lower unit is by VERTICAL TUBE、Horizontal tube、Diagonal angle connecting tube、Lower end welding tablet and welding massive plate are welded to form，VERTICAL TUBE and horizontal tube、Diagonal angle connecting tube is respectively welded at lower end welding tablet、In two planes of welding massive plate，Tablet and welding massive plate are all located in approximately the same plane，Upper end welding tablet、Several bolts hole installing bolt all it are machined with on middle part welding massive plate and lower end welding tablet，Between slide rail, top connecting tube A is connected with slide rail head slab by U-shaped card，The lower connecting plate C between middle part connecting tube B and slide rail between slide rail is located in the half slot B of supporting plate and is connected with the latch on supporting plate by U-shaped card，The horizontal tube corresponding with each supporting plate in flat steel pipe support system is placed in the half slot A of corresponding supporting plate and is connected with the latch on supporting plate with by U-shaped card，Lower connecting plate C between slide rail is spliced by polylith，Every piece of connecting plate C is by steel plate、Sleeve pipe and bearing pin pipe composition，Splice with two pieces of splice plates and bolt between two pieces of connecting plate C，Bearing pin pipe is arranged on inside sleeve pipe and is connected with，Utilize U-shaped card that the latch of bearing pin pipe and supporting plate is connected as a single entity，Between slide rail, top connecting tube A and middle part connecting tube B are all to have more piece to be assemblied to form，A coaxial sleeve pipe has all been welded in the one end often saving steel pipe，Casing pipe sleeve is contained on another joint steel pipe and is connected with.
nullThe lifting tension system of described simple attachment type raise scaffold is by hanging a liter system、Tensioning mechanism and hanging mechanism composition，Hang liter system by hoist engine、Steel wire rope and pulley composition，Hoist engine is arranged on the transverse connecting pipe C of bottom by bolt，Steel wire rope is by after pulley，The other end hangs over bottom and hangs on draw ring，Pulley hangs over the top of hanging mechanism and hangs on draw ring，Hanging mechanism is hung draw ring formed by a mounting seat L-square K and a top，The horizontal plane of mounting seat L-square K is machined with two bolts hole，Top is hung draw ring and is welded on the perpendicular of mounting seat L-square K，Hanging mechanism is arranged on the base plate of floor by bolt，Tensioning mechanism is by the hook that machined a positive silk、The hook of one anti-silk、The nut of one positive silk、Two round steel B of the nut of one anti-silk and connection forward leading nut and anti-silk nut form，The positive silk of tensioning mechanism hangs over the top of hanging mechanism and hangs on draw ring，The bottom that anti-silk hangs on lower connecting plate C is hung on draw ring.
nullThe slide type rail system of described simple attachment type raise scaffold is made up of multiple running rail units，Each running rail unit is made up of a sliding rail assembly and several supporting plate mechanism，By top connecting tube A between multiple running rail units、Middle part connecting tube B and lower connecting plate C are connected as a single entity，Supporting plate mechanism is made up of supporting plate and flange A，Flange A is vertically welded in one end of supporting plate，Supporting plate mechanism is connected with the flange B in sliding rail assembly by bolt，Each supporting plate machined an a half slot A and half slot B，A U-shaped card latch respectively it is mounted with in the lower section of half slot A and half slot B，Sliding rail assembly is by two slide rail channel-section steels、Multiple anti-fall round steel A、One upper slide rails head slab and a flange B composition，The outward opening of two channel-section steels，It is parallel to each other，Multiple anti-fall round steel A are welded between two channel-section steels，Flange B is welded on the same side of two channel-section steel sides，Sliding rail assembly is saved by upper slide rails and lower slide rails two and forms，Upper slide rails and lower slide rails are connected as a single entity by angle steel and bolt
The protecting net system of described simple attachment type raise scaffold is made up of outer protection network, interior protection network, top layer protective plate, lower floor's protective plate and turnover panel, outer protection network is bolted on the outside of flat steel pipe support system, inner side protection network is arranged on the inner side on flat steel pipe support system top, top layer protective plate is arranged on above upper lateral connecting tube A, lower floor's protective plate is arranged in lower, transverse connecting tube C, and one end of turnover panel is arranged on the steel plate of lower connecting plate C by hinge.
nullThe slide rail of described simple attachment type raise scaffold fixes anti-drop system by inclination-proof device、Slide rail bottom supporting mechanism and bogie wheel mechanism composition，Inclination-proof device is guided anti-fall mechanism by fixed mechanism and pulley and forms，Pulley guides anti-fall mechanism and is arranged on the leading section of fixed mechanism，Fixed mechanism is made up of two channel-section steel A and several connecting rod，The outward opening of two channel-section steel A，It is welded as a whole by several connecting rods A between two channel-section steel A，Wherein there are two pairs of connecting rods A apart from close，And it is arranged on the rear portion of fixed mechanism，Two bolt is installed to be arranged between two pairs of connecting rods A，Pulley guides anti-fall mechanism by anti-fall mechanism、Pulley guiding mechanism and intermediate connecting mechanism composition，Anti-fall mechanism is connected by bearing pin C and intermediate connecting mechanism，Pulley guiding mechanism is connected by bolt and intermediate connection structure，A left side for pulley guiding mechanism、Right two-part structure is identical，It is positioned at the both sides of sliding rail assembly，Connected with the connection L-square B of intermediate connecting mechanism respectively by bolt，Two parts of pulley guide frame are installed L-square A by directive wheel the most respectively、Movable pulley、Wheel shaft A、Wheel shaft lock jack panel and jump ring composition，Directive wheel is installed and is machined with two bolts hole installing bolt on a right-angle plane of L-square A，Two axle holes installing wheel shaft it are machined with on another right-angle plane，Wheel is arranged on the outside of L-square A，A jump ring it is mounted with on wheel shaft outside movable pulley，Wheel shaft lock jack panel is arranged on the inner side of L-square A，Anti-fall mechanism is by front end supporting device、Middle screw mandrel A and rear end nut fixed mechanism composition，Front end supporting device is made up of two upper bearing plate A and two gusset B，The front end of two upper bearing plate A is all machined with a semicircular groove，Two gusset B are welded between two upper bearing plate A，And they are welded as a whole，Front end supporting device is welded as a whole with middle screw mandrel A by following gusset B，The middle part of middle screw mandrel A machined the square that a spanner is moved，The bottom of middle screw mandrel A is a screw mandrel，Middle screw mandrel A is arranged in the nut of rear end nut fixed mechanism，Rear end nut fixed mechanism is by nut、Two lower support plate B and the gusset of an arc，Nut-welding front end inside two lower support plate B，Arc gusset is welded on the rear end inside two lower support plate B，Slide rail bottom supporting mechanism is by pulley guiding mechanism、Anti-fall mechanism and mounting seat composition，The mounting seat of slide rail bottom supporting mechanism is by two side plates、Two round steel K、Two pressure strips and a middle part connecting plate F composition，Connecting plate F is welded on the middle part of two side plates，Two round steel K are respectively welded at the upper and lower of two side plate rear ends，Two pressure strips are welded on the intermediate altitude at the rear portion of two side plates，Spacing between two pressure strips can be through installing bolt，Bogie wheel mechanism is by mounting flange N、Zhi Chengguan、Fixing nut、Stop nut、Hold out against screw mandrel B、Wheel fork、Bogie wheel and wheel shaft B composition，Mounting flange N is vertically welded in one end of Zhi Chengguan，The other end of Zhi Chengguan has welded a fixing nut，The left end holding out against screw mandrel B is screwed in fixing nut，A stop nut is there is also mounted on leading screw B holding out against，Hold out against one wheel fork of right-hand member vertical welding of screw mandrel B，The leading portion of wheel fork is mounted with bogie wheel by wheel shaft B，Bogie wheel mechanism utilizes on the steel plate that bolt passing through bolt hole is arranged between slide rail on lower connecting plate C.
The invention has the beneficial effects as follows: employing simple steel pipe frame structure system, on the premise of ensureing safety, can save material, reduce processing cost, reducing the difficulty that scaffold mounts and dismounts in building site, minimizing workload, with artificial, improves efficiency of construction.
Accompanying drawing explanation illustrates the specific embodiment of the invention below in conjunction with the accompanying drawings:
Fig. 1 is simple attachment type raise scaffold cross-sectional configuration schematic diagram
Fig. 2 is the cross-sectional configuration schematic diagram of the simple steel pipe frame system of simple attachment type raise scaffold
Fig. 3 is multiple modular construction schematic diagrams of the flat steel pipe support system of simple attachment type raise scaffold
Fig. 4 is the upper cellular construction schematic diagram of the flat steel pipe support system of simple attachment type raise scaffold
Fig. 5 is the middle cellular construction schematic diagram of the flat steel pipe support system of simple attachment type raise scaffold
Fig. 6 is the lower unit structural representation of the flat steel pipe support system of simple attachment type raise scaffold
Fig. 7 is the slide type rail system structural representation of simple attachment type raise scaffold
Fig. 8 is the slide type rail system A-A cross section structure schematic diagram of simple attachment type raise scaffold
Fig. 9 is the plan structure schematic diagram of the slide type rail system of simple attachment type raise scaffold
Figure 10 is the structural representation of the tensioning mechanism of simple attachment type raise scaffold
Figure 11 be simple attachment type raise scaffold slide rail between the structural representation of lower connecting plate C
Figure 12 is the structural representation of the inclination-proof device front view of simple attachment type raise scaffold
Figure 13 is the structural representation of the inclination-proof device top view of simple attachment type raise scaffold
Figure 14 is the schematic diagram of the fixed mechanism of the inclination-proof device of simple attachment type raise scaffold
Figure 15 is the schematic diagram of the front view structure of the anti-fall mechanism of pulley guiding of simple attachment type raise scaffold
Figure 16 is the schematic diagram of the top view structure of the anti-fall mechanism of pulley guiding of simple attachment type raise scaffold
Figure 17 is the front view structural scheme of mechanism of the anti-fall mechanism of simple attachment type raise scaffold
Figure 18 is the top view structural scheme of mechanism of the anti-fall mechanism of simple attachment type raise scaffold
Figure 19 is the schematic diagram of the pulley guiding mechanism of simple attachment type raise scaffold
Figure 20 is the schematic diagram of the front view structure of the directive wheel installation L-square of simple attachment type raise scaffold
Figure 21 is the schematic diagram of the top view structure of the directive wheel installation L-square of simple attachment type raise scaffold
Figure 22 is the schematic diagram guiding anti-fall mechanism mounting seat front view structure of simple attachment type raise scaffold
Figure 23 is the schematic diagram guiding anti-fall mechanism mounting seat top view structure of simple attachment type raise scaffold
Figure 24 is the schematic diagram of the front view structure of the slide rail bottom supporting mechanism of simple attachment type raise scaffold
Figure 25 is the schematic diagram of the top view structure of the slide rail bottom supporting mechanism of simple attachment type raise scaffold
Figure 26 is the mounting seat front view structural representation of the slide rail bottom supporting mechanism of simple attachment type raise scaffold
Figure 27 is the mounting seat top view structural representation of the slide rail bottom supporting mechanism of simple attachment type raise scaffold
Figure 28 is the schematic diagram of the hanging mechanism front view structure of simple attachment type raise scaffold
Figure 29 is the schematic diagram of the hanging mechanism side view structure of simple attachment type raise scaffold
Figure 30 is the structural representation of lower, transverse connecting tube C of simple attachment type raise scaffold
Figure 31 is the structural representation of the bogie wheel mechanism of simple attachment type raise scaffold
Figure 32 is the connecting tube docking structure schematic diagram between the slide rail of simple attachment type raise scaffold
Figure 33 is the cross-sectional configuration schematic diagram after simple attachment type raise scaffold raises a layer
nullAs shown in FIG.，The outer protection network of 1-，2-hoist engine，3-bolt，4-flat steel pipe support system，5-floor F，Transverse connecting pipe B in the middle part of 6-scaffold，7-U type card，8-steel tube fastener，Protection network in 9-，10-top layer protective plate，11-floor E，12-scaffold top transverse connecting pipe A，Top connecting tube A between 13-slide rail，14-scaffold inclination-proof device，15-scaffold inclination-proof device installs bolt，16-floor A，Middle part connecting tube B between 17-slide rail，18-slide type rail system，19-bolt，20-hanging mechanism，21-pulley，22-steel wire rope，23-scaffold tensioning mechanism，24-slide rail bottom supporting mechanism，25-hinge，26-bolt，27-scaffold bogie wheel mechanism，28-turnover panel，29-bolt，Lower connecting plate C between 30-slide rail，31-bolt，32-scaffold lower, transverse connecting tube C，33-lower floor protective plate，34-bolt，35-steel pipe frame lower unit，Unit in 36-steel pipe frame，Unit on 37-steel pipe frame，38-steel pipe frame left and right unit horizontal connecting tube，Unit diagonal angle, 39-steel pipe frame left and right connecting tube，40-upper lower unit diagonal angle connecting tube，41-steel pipe frame upper end welding tablet，The VERTICAL TUBE of unit on 42-steel pipe frame，Welding massive plate in 43-steel pipe frame unit，Diagonal angle connecting tube in 44-steel pipe frame unit，The connection sleeve pipe of lower unit on 45-steel pipe frame，The horizontal tube of unit on 46-steel pipe frame，The VERTICAL TUBE of unit in 47-，The horizontal tube of unit in 48-，The bottom tablet of 49-lower unit，The VERTICAL TUBE of 50-lower unit，The horizontal tube of 51-lower unit，52-supporting plate mechanism，53-supporting plate，54-U type card latch，55-half slot A，56-pin A，57-bolt，58-flange A，59-flange B，60-channel-section steel，61-anti-fall round steel A，62-lower slide rails，63-upper slide rails，64-angle steel，65-bolt，66-upper slide rails top board，The positive silk of 67-is linked up with，The anti-silk of 68-is linked up with，69-forward leading nut，70-anti-silk nut，71-connects round steel B，72-bolt hole，73-splice plate，74-sleeve pipe，75-bearing pin pipe，76-bolt，77-hangs draw ring in bottom，78-steel plate，79-bolt，80-sleeve pipe，81-fixed mechanism，82-pulley guides anti-fall mechanism，83-channel-section steel A，84-connects gusset A，The anti-fall mechanism of 85-，86-pulley guiding mechanism，87-intermediate connecting mechanism，88-bolt，89-split pin，90-bearing pin C，91-upper backup pad A，92-gusset B，Screw mandrel A in the middle of 93-，94-nut，95-lower support plate B，96-pin shaft hole，97-circular arc gusset，98-axle head jump ring，99-wheel shaft A，100-wheel shaft lock jack panel，101-directive wheel installs L-square A，102-bolt hole，103-movable pulley，104-axle hole，105-connecting plate H，106-connects L-square A，107-pin shaft hole，108-bolt hole，109-guides anti-fall mechanism mounting seat，110-mounting seat side plate，Connecting plate F between 111-side plate，Connecting rod K between 112-side plate，113-mounting seat bolt presses plate，114-hangs draw ring mounting seat L-square K，115-hangs draw ring mounting seat bolt hole，116-hangs draw ring in top，117-lower, transverse connecting tube Q，118-flange M，119-bolt hole，120-bogie wheel mounting flange N，121-bolt hole，122-props up and is in the charge of，123-fixes nut，124-stop nut，125-holds out against screw mandrel B，126-wheel fork，127-bogie wheel，128-wheel shaft B，129-simple steel pipe frame system，130-lifts tension system，131-protecting net system，Anti-drop system fixed by 132-slide rail，133-floor B，134-floor C，135-floor D，136-sliding rail assembly，137-anti-fall device front end supporting device，End nut fixed mechanism after the anti-fall mechanism of 138-，139-half slot B
Detailed description of the invention
One, preparation of construction is carried out.
1, the material of the lifting either with or without the simple attachment type raise scaffold of other steel pipe or Effect of Materials is checked.
2, the power supply of hoist engine is connected.
3, check whether the hook of steel wire rope hangs up properly.
Two, uphill process
1, each turnover panel (28) is started, bogie wheel mechanism (27) is supported, upper slide rail bottom supporting mechanism (24) of the floor A (16) that dismantles；
2, the upper tensioning mechanism (23) of the floor B (133) that dismantles, dismantles the hanging mechanism (20) on floor B (133) simultaneously, takes and reinstall on floor D (135),
3, hoist engine (2) is started, hoist engine (2) begins through steel wire rope (22) and draws simple attachment type raise scaffold and slowly raise, when raising one layer, hoist engine (2) quits work, then, and the tensioning mechanism (23) on floor (134) is reinstalled, start stress, strain scaffold.
4, turnover panel (28) is set level.Fixing anti-fall mechanism (132) on floor B (133) is dismantled, takes and install on floor E (11).
5, the hook of steel wire rope lower end is unclamped, the hanging mechanism (20) on floor C (134) is taken and on floor D (135), reappears installation, and pulley (21) and steel wire rope (22) are hung up properly.
6, upper for floor B (133) mounted slide rail bottom supporting mechanism (24), bogie wheel mechanism (27) (see Fig. 1 and Figure 33) is unclamped.
Claims (6)
1. a simple attachment type raise scaffold, by steel framework system, lifting tension system, slide type rail system,
Protecting net system and slide rail fix anti-drop system composition, it is characterized in that: it by simple steel pipe frame system (129),
Anti-drop system (132) fixed by lifting tension system (130), slide type rail system (18), protecting net system (131) and slide rail
Composition, flat steel pipe support system (4) in simple steel pipe frame system (129) is arranged on slide type rail system (18)
Supporting plate mechanism (52) on half slot A (55) in, lifting tension system (130) use hoist engine (2) lead
Pin hand cradle elevation mechanism.
Simple attachment type raise scaffold the most according to claim 1, is characterized in that: simple steel pipe frame system
(129) by flat steel pipe support system (4), top transverse connecting pipe A (12), middle part transverse connecting pipe B (6), under
Middle part connecting tube B between top connecting tube A (13), slide rail between portion's transverse connecting pipe C assembly (32), slide rail
(17) lower connecting plate C (30) and slide type rail system (18) collectively constitute and between slide rail, and top is horizontal
Connecting tube A (12) passes through steel tube fastener (8), top connecting tube A (13) between one end and upper slide rails (63)
Connecting, the other end is connected with the horizontal tube (46) of the upper unit (37) of flat steel pipe support system (4), in
Portion transverse connecting pipe B (6) passes through steel tube fastener (8), and between one end and slide rail, middle part connecting tube B (17) is even
Connecing, the other end is connected with the horizontal tube (48) of the middle unit (36) of flat steel pipe support system (4), bottom
Transverse connecting pipe C assembly (32) is placed an order by steel tube fastener (8) one end and flat steel pipe support system (4)
The horizontal tube (51) of unit (35) connects, the flange M (118) of the other end by bolt (31) and slide rail it
Between lower connecting plate C (30) connect, lower, transverse connecting tube C assembly (32) by transverse connecting pipe Q (117) and
Flange M (118) forms, and transverse connecting pipe Q (117) and flange M (118) is vertically welded in one, plane
Steel pipe frame system (4) is parallel with body of wall, it by unit (37) on multiple steel pipe frames, middle unit (36) and under
Unit (35) splicing composition, on steel pipe frame, the lower end of each vertical steel pipe (42) of unit (37) is welded
One coaxial sleeve pipe (45), these sleeve pipes (45) are all sleeved on the perpendicular of steel pipe frame middle cell (36)
The upper end of straight tube (47), is assembled with a pin A (56), on each sleeve pipe (45) in steel pipe frame
A coaxial sleeve pipe (45), Mei Getao have been welded in the lower end of each VERTICAL TUBE (47) of unit (36)
Pipe (45) is all sleeved on the upper end of the VERTICAL TUBE (50) with steel pipe frame lower unit (35), flat steel pipe support system
Connected by horizontal connection tube (38) and diagonal angle connecting tube (39) between the left and right unit of system (4), steel
On pipe support, unit (37) is by VERTICAL TUBE (42), horizontal tube (46), diagonal angle connecting tube (44), upper end welding
Tablet (41) and welding massive plate (43) are welded to form, VERTICAL TUBE (42) and horizontal tube (46), right
Angle connecting tube (44) is respectively welded at upper end welding plate (41), two planes of welding massive plate (43)
On, upper end welding plate (41) and welding massive plate (43) are in the same plane, unit (36) in steel pipe frame
It is welded to form by VERTICAL TUBE (47), horizontal tube (48), diagonal angle connecting tube (44) and welding massive plate (43),
VERTICAL TUBE (47) is respectively welded at horizontal tube (48), diagonal angle connecting tube (44) and welds massive plate (43)
Two planes on, all of welding massive plate (43) is all located on same plane, steel pipe frame lower unit (35)
By VERTICAL TUBE (50), horizontal tube (51), diagonal angle connecting tube (44), lower end welding tablet (49) and weldering
Connect massive plate (43) to be welded to form, VERTICAL TUBE (50) and horizontal tube (51), diagonal angle connecting tube (44) point
It is not welded in two planes of lower end welding tablet (49), welding massive plate (43), tablet (49)
Being all located in approximately the same plane with welding massive plate (43), upper end welding tablet (41), middle part welding are greatly
Several bolts hole installing bolt, slide rail all it is machined with on flat board (43) and lower end welding tablet (49)
Between top connecting tube A (13) be connected, between slide rail with slide rail head slab (66) by U-shaped card (7)
Middle part connecting tube B (17) and slide rail between lower connecting plate C (30) be all located in supporting plate (53)
It is connected with the latch (54) on supporting plate (53) in half slot B (139) and by U-shaped card (7), plane
The horizontal tube corresponding with each supporting plate (53) in steel pipe frame system (4) is placed on corresponding supporting plate (53)
Half slot A (55) in and be connected with the latch (54) on supporting plate (53) with by U-shaped card (7),
Lower connecting plate C (30) between slide rail is spliced by polylith, every piece of connecting plate C (30) by steel plate (78),
Sleeve pipe (74) and bearing pin pipe (75) composition, with two pieces of splice plates (73) between two pieces of connecting plate C (30)
Splicing with bolt (76), bearing pin pipe (75) is arranged on sleeve pipe (74) the inside and connects with bolt (76)
Connect, utilize U-shaped card (7) that the latch (54) of bearing pin pipe (75) and supporting plate (53) is connected as a single entity, sliding
Between rail, top connecting tube A (13) and middle part connecting tube B (17) are all to have more piece to be assemblied to form, and often save steel pipe
One end all welded a coaxial sleeve pipe (80), sleeve pipe (80) be sleeved on another joint steel pipe on and use spiral shell
Bolt (79) connects.
Simple attachment type raise scaffold the most according to claim 1, is characterized in that: lifting tension system (130)
Formed by hanging a liter system, tensioning mechanism (23) and hanging mechanism (20), hang liter system by hoist engine (2),
Steel wire rope (22) and pulley (21) composition, hoist engine (2) is arranged on the horizontal stroke of bottom by bolt (34)
In connecting tube C (117), steel wire rope (22) is by after pulley (21), and the other end hangs over bottom and hangs draw ring
(77), on, pulley (21) hangs over the top of hanging mechanism (20) and hangs on draw ring (116), hanging mechanism
(20) hung draw ring (116) formed, in mounting seat by mounting seat L-square K (114) and a top
Being machined with two bolts hole (115) on the horizontal plane of L-square K (114), draw ring (116) weldering is hung on top
Being connected on the perpendicular of mounting seat L-square K (114), hanging mechanism (20) is installed by bolt (19)
On the base plate of floor, tensioning mechanism (23) is by machined the hook (67) of a positive silk, an anti-silk
Hook (68), the nut (69) of a positive silk, the nut (70) of an anti-silk and connection forward leading nut (69)
With two round steel B (71) compositions of anti-silk nut (70), positive silk hook (67) of tensioning mechanism (23) is hung
Hanging on the top of hanging mechanism (20) on draw ring (77), anti-silk hook (68) hangs over lower connecting plate C (30)
On bottom hang on draw ring (77).
Simple attachment type raise scaffold the most according to claim 1, is characterized in that: protecting net system (131)
By outer protection network (1), interior protection network (9), top layer protective plate (10), lower floor's protective plate (33) and turnover panel
(28) composition, outer protection network (1) is fixed on the outside of flat steel pipe support system (4) by bolt (3),
Inner side protection network (9) is arranged on the inner side on flat steel pipe support system (4) top, and top layer protective plate (10) is pacified
Being contained in upper lateral connecting tube A (12) above, lower floor's protective plate (33) is arranged on lower, transverse connecting tube C
(117), on, one end of turnover panel (28) is arranged on the steel plate of lower connecting plate C (30) by hinge (25)
(78) on.
Simple attachment type raise scaffold the most according to claim 1, is characterized in that: anti-drop system fixed by slide rail
(132) it is made up of inclination-proof device (14), slide rail bottom supporting mechanism (24) and bogie wheel mechanism (27),
Inclination-proof device (14) is guided anti-fall mechanism (82) by fixed mechanism (81) and pulley and forms, and pulley guides anti-
Air crash structure (82) is arranged on the leading section of fixed mechanism (81), and fixed mechanism (81) is by two channel-section steel A (83)
With several connecting rods (84) form, the outward opening of two channel-section steel A (83), two channel-section steel A (83) it
Between be welded as a whole by several connecting rods A (84), wherein have two pairs of connecting rods A (84) apart from close, and
It is arranged on the rear portion of fixed mechanism (81), two bolt (15) is installed and is arranged on two pairs of connecting rods A (84)
Between, pulley guides anti-fall mechanism (82) by anti-fall mechanism (85), pulley guiding mechanism (86) and centre
Bindiny mechanism (87) forms, and anti-fall mechanism (85) passes through bearing pin C (90) and intermediate connecting mechanism (87)
Connecting, pulley guiding mechanism (86) is connected by bolt (88) and intermediate connection structure (87), and pulley is led
Identical to the left and right two-part structure of mechanism (86), it is positioned at the both sides of sliding rail assembly (136), logical
Crossing the bolt (88) connection L-square B (106) respectively with intermediate connecting mechanism (87) to connect, pulley guides
Two parts of structure (86) are installed L-square A (101), movable pulley (103), wheel shaft A by directive wheel the most respectively
(99), wheel shaft lock jack panel (100) and jump ring (98) composition, directive wheel installs L-square A (101)
It is machined with two bolts hole (102) installing bolt on one right-angle plane, another right-angle plane is machined with
Two axle holes (104) installing wheel shaft, wheel (103) is arranged on the outside of L-square A (101),
It is mounted with a jump ring (98), wheel shaft lock jack panel (100) on the wheel shaft (99) in movable pulley (103) outside
Being arranged on the inner side of L-square A (101), anti-fall mechanism (85) is by front end supporting device (137), intermediate filament
Bar A (93) and rear end nut fixed mechanism (138) composition, front end supporting device (137) is by two upper
Board A (91) and two gusset B (92) compositions, the front end of two upper bearing plate A (91) is all machined with one
Individual semicircular groove, two gusset B (92) are welded between two upper bearing plate A (91), and they welderings
Connecing and be integrated, front end supporting device (137) is welded with middle screw mandrel A (93) by following gusset B (92)
Connecing and be integrated, the middle part of middle screw mandrel A (93) machined the square that a spanner is moved, middle screw mandrel A (93)
Bottom be a screw mandrel, middle screw mandrel A (93) is arranged in the nut of rear end nut fixed mechanism (138),
Rear end nut fixed mechanism (138) is by nut (94), two lower support plate B (95) and the muscle of an arc
Plate (97), nut (94) is welded on the front end of two lower support plate B (95) inner sides, and arc gusset (97) welds
Being connected on the rear end of two lower support plate B (95) inner sides, slide rail bottom supporting mechanism (24) is by pulley guiding mechanism
(86), anti-fall mechanism (85) and mounting seat (109) composition, the mounting seat (109) of slide rail bottom supporting mechanism (24)
By two side plates (110), two round steel K (112), two pressure strips (113) and middle part connecting plate F (111)
Composition, connecting plate F (111) is welded on the middle part of two side plates (110), and two round steel K (112) are respectively
Being welded on the upper and lower of two side plate (110) rear ends, two pressure strips (113) are welded on two side plates
(110) intermediate altitude at rear portion, the spacing between two pressure strips (113) can pass and install bolt (29),
Bogie wheel mechanism (27) is by mounting flange N (120), Zhi Chengguan (122), fixing nut (123), locking
Nut (124), hold out against screw mandrel B (125), wheel fork (126), bogie wheel (127) and wheel shaft B (128) group
Becoming, mounting flange N (120) is vertically welded in one end of Zhi Chengguan (122), another of Zhi Chengguan (122)
End has welded a fixing nut (123), and the left end holding out against screw mandrel B (125) is screwed into fixing nut (123)
In, there is also mounted a stop nut (124) on leading screw B (125) holding out against, hold out against screw mandrel B's (125)
One wheel fork (126) of right-hand member vertical welding, the leading portion of wheel fork (126) is mounted with by wheel shaft B (128)
Bogie wheel (127), bogie wheel mechanism (27) utilizes bolt passing through bolt hole (121) to be arranged between slide rail
On steel plate (78) on lower connecting plate C (30).
Simple attachment type raise scaffold the most according to claim 1, is characterized in that: slide type rail system (18) by
Multiple running rail units form, and each running rail unit has a sliding rail assembly (136) and several supporting plate mechanism (52)
Composition, with top connecting tube A (13), middle part connecting tube B (17) and lower connecting plate C between multiple running rail units
(30) being connected as a single entity, supporting plate mechanism (52) is made up of supporting plate (53) and flange A (58), flange A (58)
Being vertically welded in one end of supporting plate (53), supporting plate mechanism (52) is by bolt (57) and sliding rail assembly (136)
On flange B (59) connect, each supporting plate (53) machined a half slot A (55) and a half slot
B (139), is respectively mounted with a U-shaped card latch (54) in the lower section of half slot A (55) and half slot B (139),
Sliding rail assembly (136) is by two slide rail channel-section steels (60), multiple anti-fall round steel A (61), a upper slide rails top
Portion's flat board (66) and flange B (59) composition, the outward opening of two channel-section steels (60), be parallel to each other, many
Individual anti-fall round steel A (61) is welded between two channel-section steels (60), and flange B (59) is welded on two channel-section steels
(60) the same side of side, sliding rail assembly (136) has upper slide rails (63) and lower slide rails (62) two joint
Composition, upper slide rails (63) and lower slide rails (62) are connected as a single entity by angle steel (64) and bolt (65).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510275350.3A CN106284960A (en) | 2015-05-19 | 2015-05-19 | Simple attachment type raise scaffold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510275350.3A CN106284960A (en) | 2015-05-19 | 2015-05-19 | Simple attachment type raise scaffold |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106284960A true CN106284960A (en) | 2017-01-04 |
Family
ID=57635338
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510275350.3A Pending CN106284960A (en) | 2015-05-19 | 2015-05-19 | Simple attachment type raise scaffold |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106284960A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107143127A (en) * | 2017-05-31 | 2017-09-08 | 广西互恒建筑材料有限公司 | Support body tension member structure |
| CN109537865A (en) * | 2018-10-23 | 2019-03-29 | 中建局集团第建筑有限公司 | A kind of Super High multi-curvature variation camber line outer climbing frame |
-
2015
- 2015-05-19 CN CN201510275350.3A patent/CN106284960A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107143127A (en) * | 2017-05-31 | 2017-09-08 | 广西互恒建筑材料有限公司 | Support body tension member structure |
| CN109537865A (en) * | 2018-10-23 | 2019-03-29 | 中建局集团第建筑有限公司 | A kind of Super High multi-curvature variation camber line outer climbing frame |
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| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20170104 |
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| WD01 | Invention patent application deemed withdrawn after publication |