CN201817209U - Oblique sliding traveling type crane - Google Patents
Oblique sliding traveling type crane Download PDFInfo
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- CN201817209U CN201817209U CN2010202679777U CN201020267977U CN201817209U CN 201817209 U CN201817209 U CN 201817209U CN 2010202679777 U CN2010202679777 U CN 2010202679777U CN 201020267977 U CN201020267977 U CN 201020267977U CN 201817209 U CN201817209 U CN 201817209U
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Abstract
The utility model relates to an oblique sliding type crane comprising a lifting arm, a supporting frame, a release pull rod, a rocker, an upper fixed pulley, a lower fixed pulley, a steel cable pressing wheel, a positioning stopping sensor, a positioning block, a pulley lockup device, an unlocking handle, a load-bearing pulley, a hoist, a steel cable, a lifting hook and a material hopper. The oblique sliding type crane is characterized by realizing the vertical and horizontal movement through the anticlockwise and clockwise rotation of one hoist by using the horizontal component of the material gravity instead of additionally arranging a horizontal moving traction device and using labor force to make horizontal movement. The oblique sliding type crane is suitable for places needing vertical transportation of materials such as architecture, ornament and the like, can be used as an article for daily life use when being small-sized, has the advantages of good stress condition and high space utilization rate, can be used in multiple places through different mounting modes, and has simple and reliable operation process, low labor intensity and safe working environment.
Description
Technical field
The utility model relates to a kind of suspension transferring machine, the sliding suspension transferring machine of particularly a kind of inclination, be applicable to building, the finishing and other need the occasion of vertical transport material, also can be used as the usefulness of family daily life after the miniaturization.
Technical background
At present, the lifting job of material comprises mainly that vertical direction moves with horizontal direction to move this two kinds of handling move modes.On large-scale tower suspension transferring machine, adopt the parallel motion draw gear, finish mobile on the vertical and horizontal both direction of lifting job.But, if also installing this draw gear, small-sized suspension transferring machine can make structure very complicated, use also inconvenience, and small-sized loop wheel machine is used for narrow and small operating environment more, and the parallel motion space of material is limited.Current, small-sized loop wheel machine series products on the market adopts the arm rotary structure more, also has minority to adopt winch is placed on the steel I-beam, finish moving on the horizontal direction with hand moving draw gear, also have individual product to adopt the whole mode that moves of loop wheel machine to do horizontal motion.Problems such as all these designs all need to utilize manpower to finish the parallel motion of material, have operation inconvenience, and labour intensity is big, and space availability ratio is low in addition, use this class loop wheel machine operation also to have sizable danger in some occasion.
The utility model content
The purpose of this utility model is: overcome the deficiencies in the prior art, design the sliding suspension transferring machine of a kind of inclination, this suspension transferring machine is simple to operate, safe and practical, easy to use, can make full use of narrow and small working space, easily realize mobile on the vertical and horizontal direction of material.
The purpose of this utility model can realize by following technical proposals:
This sliding suspension transferring machine that tilts, by arm, bracing frame, the unlocking device pull bar, rocking bar, last fixed pulley, following fixed pulley, the cable wire pinch roller, the vehicle positioning stop sensor, locating piece, the coaster mechanical brake, release lever, the load-bearing coaster, winch, cable wire, suspension hook and hopper are formed, it is characterized in that: high back low dip is installed in the top of bracing frame before the arm, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, arm is the arm that cross-sectional plane is " inferior word remove about 2 points " shape, its both sides are slide groove, intermediate portion installation and control cable, unlocking device pull bar and rocking bar, the front-end and back-end of arm are separately installed with fixed pulley and following fixed pulley, between last fixed pulley and following fixed pulley, the cable wire pinch roller is installed in the forward position of arm, in the front and rear position of arm a vehicle positioning stop sensor is installed respectively, locating piece is installed on the arm, and be positioned at the anterior position of the vehicle positioning stop sensor of arm front portion, the coaster mechanical brake also is installed on the arm, and be positioned at the rear position of the vehicle positioning stop sensor at arm rear portion, release lever is installed in the rear end of arm, release lever is connected with an end of unlocking device pull bar, the other end of unlocking device pull bar is connected to an end of the rocking bar that is installed on the arm front portion, the other end of rocking bar is unsettled, and it is corresponding with the position of unlocking device push rod in the load-bearing coaster, the load-bearing coaster is positioned at the front end of arm by the locating piece of arm front portion before crane lifting service, the wheel of its car body both sides lays respectively in the slide groove of arm both sides, when the load-bearing coaster is moved horizontally to the rear portion of arm, be located rear portion by the coaster mechanical brake at arm rear portion at arm, winch is positioned at the back lower place of arm, and be fixed on the lower position of bracing frame, the cable wire of winch is by last fixed pulley, the cable wire pinch roller passes the interior adaptor union of load-bearing coaster with following fixed pulley and is connected with the suspension hook of band trip, hangs hopper on the suspension hook.
Load-bearing coaster described in the utility model is made of car body, wheel, track adjusting wheel, adaptor union, lock pin, shift fork, vehicle positioning stop sensor push rod, unlocking device push rod and coaster locking hook, and described adaptor union is made of orienting sleeve, slide core tube and shift fork pressure ring; The two bottom sides of car body respectively is equipped with two wheels, the bottom midway location of car body is installed track adjusting wheel, orienting sleeve is positioned at the top-portion apertures top of car body, and be connected as a single entity with car body, before the bottom of orienting sleeve, back both sides are equipped with opening, before one end of two lock pins is inserted into it respectively, in the opening of back both sides, the bottom of two lock pins is separately fixed on the wall of both sides, car body top, the slide core jacket casing is contained in the orienting sleeve, and with the orienting sleeve slide relative, the shift fork pressure ring is sleeved on the orienting sleeve, the turning point of two shift forks is movable respectively be fixed on car body before, on the back inwall, one end at two all the other two ends of shift fork flexibly connects with the other end of two lock pin band anchor shafts respectively, the other end at two all the other two ends of shift fork is located by the shift fork pressure ring, vehicle positioning stop sensor push rod is by the length that is separately fixed at movable axis I two ends, short two " L " shape bars are formed, its movable axis I activity is fixed on the preceding inwall of car body, the quarter butt of vehicle positioning stop sensor push rod is located by orienting sleeve, and its bending end I is corresponding with the upper end of slide core tube, the stock of vehicle positioning stop sensor push rod is unsettled, and its bending end II is corresponding with the touch switch on the vehicle positioning stop sensor, the unlocking device push rod is the L-shaped doorframe shape bar in side, the middle part of its two side lever is respectively by a shift fork pressure ring left side, the location, top of right both sides, the end of its two side lever is separately fixed at the two ends of movable axis II, its movable axis II activity is fixed on the preceding inwall of car body, the sealing bending end of unlocking device push rod is corresponding with the other end position of rocking bar, and coaster locking hook is fixed on the back outer wall of car body; The cable wire of winch is by last fixed pulley, cable wire pinch roller and following fixed pulley and after the track adjusting wheel guiding, and the adaptor union that passes in the load-bearing coaster is connected with the suspension hook of band trip.
Rocking bar described in the utility model is " L " shape bar, and its turning point is fixed on the front portion of arm.
Bracing frame described in the utility model is made of three root posts and crossbeam, wherein two root posts interconnect by crossbeam, and the front support stand of formation door shape, single upright column constitutes bracket of rear mounting in addition, the middle part of arm is fixed on the crossbeam of front support stand by hanger, the front end that the rear end of arm is lower than arm is fixed on the bracket of rear mounting, the preceding high back of arm low dip is installed in the top of bracing frame like this, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, described bracing frame is placed on the indoor floor and close window place, the top of three root posts is equipped with adjusting screw(rod), bracing frame withstands on the top ceiling by the adjusting screw(rod) on three root post tops, and winch is fixed on the bottom of bracket of rear mounting.
Bracing frame described in the utility model is made of portal trestle and triangular supports, portal trestle is a front support stand, triangular supports is a bracket of rear mounting, the middle part of arm is fixed on the upper beam of portal trestle by hanger, the front end that the rear end of arm is lower than arm is fixed on the upper vertex of triangular supports, the preceding high back of arm low dip is installed in the top of bracing frame like this, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, described bracing frame is placed on the lifting station of top of building, winch is fixed on the lower position of a side pillar of triangular supports, and the lower position of triangular supports opposite side quarter line pillaring is installed counterweight.
The utility model has the advantages that: the vertical and parallel motion of material, only need the forward and backward revolution of a winch to realize, the parallel motion draw gear needn't be set in addition, also need not use manpower to carry out parallel motion, the stress condition of this suspension transferring machine is good, the space availability ratio height, by different mounting meanss, can use in multiple occasion, and operation process is simple and reliable, labour intensity is low, working environment safety.
Description of drawings
Fig. 1 is the mounting structure scheme drawing of the 1st kind of embodiment of the utility model;
Fig. 2 is that load-bearing coaster master looks the sectional structure scheme drawing;
Fig. 3 is that adaptor union is freed the drive mechanism scheme drawing that stops with winch;
Fig. 4 is that the load-bearing coaster is overlooked the sectional structure scheme drawing;
Fig. 5 is the mounting structure scheme drawing of the 2nd kind of embodiment of the utility model.
Among the figure: 17, windowsill; 42, Roofing slab.
The specific embodiment
As Fig. 1---shown in 5, this sliding suspension transferring machine that tilts, by arm 11, bracing frame, unlocking device pull bar 33, rocking bar 34, last fixed pulley 5, following fixed pulley 13, cable wire pinch roller 29, vehicle positioning stop sensor 6, locating piece, coaster mechanical brake 12, release lever 14, load-bearing coaster 4, winch 15, cable wire 3, suspension hook 2 and hopper 1 are formed, it is characterized in that: high back low dip is installed in the top of bracing frame before the arm 11, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, arm 11 is the arm of " inferior word remove about 2 points " shape for cross-sectional plane, its both sides are slide groove, intermediate portion installation and control cable, unlocking device pull bar 33 and rocking bar 34, the front-end and back-end of arm 11 are separately installed with fixed pulley 5 and following fixed pulley 13, between last fixed pulley 5 and following fixed pulley 13, cable wire pinch roller 29 is installed in the forward position of arm 11, in the front and rear position of arm 11 a vehicle positioning stop sensor 6 is installed respectively, locating piece is installed on the arm 11, and be positioned at the anterior position of the vehicle positioning stop sensor 6 of arm 11 front portions, coaster mechanical brake 12 also is installed on the arm 11, and be positioned at the rear position of the vehicle positioning stop sensor 6 at arm 11 rear portions, release lever 14 is installed in the rear end of arm 11, release lever 14 is connected with an end of unlocking device pull bar 33, the other end of unlocking device pull bar 33 is connected to an end of the rocking bar 34 that is installed on arm 11 front portions, the other end of rocking bar 34 is unsettled, and it is corresponding with the position of unlocking device push rod 32 in the load-bearing coaster 4, load-bearing coaster 4 is positioned at the front end of arm 11 by the locating piece of arm 11 front portions before crane lifting service, the wheel 19 of its car body 18 both sides lays respectively in the slide groove of arm 11 both sides, when load-bearing coaster 4 is moved horizontally to the rear portion of arm 11, be located rear portion by the coaster mechanical brake 12 at arm 11 rear portions at arm 11, winch 15 is positioned at the back lower place of arm 11, and be fixed on the lower position of bracing frame, the cable wire 3 of winch 15 is by last fixed pulley 5, cable wire pinch roller 29 passes load-bearing coaster 4 interior adaptor unions with following fixed pulley 13 and is connected with the suspension hook 2 of band trip 28, hangs hopper 1 on the suspension hook 2.Described load-bearing coaster 4 is made of car body 18, wheel 19, track adjusting wheel 20, adaptor union, lock pin 27, shift fork 26, vehicle positioning stop sensor push rod 25, unlocking device push rod 32 and coaster locking hook 21, and described adaptor union is made of orienting sleeve 23, slide core tube 24 and shift fork pressure ring 22; The two bottom sides of car body 18 respectively is equipped with two wheels 19, the bottom midway location of car body 18 is installed track adjusting wheel 20, orienting sleeve 23 is positioned at the top-portion apertures top of car body 18, and be connected as a single entity with car body 18, before the bottom of orienting sleeve 23, back both sides are equipped with opening, before one end of two lock pins 27 is inserted into it respectively, in the opening of back both sides, the bottom of two lock pins 27 is separately fixed on the wall of both sides, car body 18 top, slide core tube 24 is sleeved in the orienting sleeve 23, and with orienting sleeve 23 slide relative, shift fork pressure ring 22 is sleeved on the orienting sleeve 23, the turning point of two shift forks 26 is movable respectively be fixed on car body 18 before, on the back inwall, one end at two shift forks, 26 all the other two ends is with the other end of anchor shafts to flexibly connect with two lock pins 27 respectively, the other end at two shift forks, 26 all the other two ends is by shift fork pressure ring 22 location, vehicle positioning stop sensor push rod 25 is by the length that is separately fixed at movable axis I 37 two ends, short two " L " shape bars 36,38 form, its movable axis I 37 activities are fixed on the preceding inwall of car body 18, the quarter butt 38 of vehicle positioning stop sensor push rod 25 is by orienting sleeve 23 location, and its bending end I 30 is corresponding with the upper end of slide core tube 24, the stock 36 of vehicle positioning stop sensor push rod 25 is unsettled, and its bending end II 31 is corresponding with the touch switch 35 on the vehicle positioning stop sensor 6, unlocking device push rod 32 is the L-shaped doorframe shape bar in side, the middle part of its two side lever is respectively by shift fork pressure ring 22 left sides, the location, top of right both sides, the end of its two side lever is separately fixed at the two ends of movable axis II 39, its movable axis II 39 activities are fixed on the preceding inwall of car body 18, the sealing bending end 40 of unlocking device push rod 32 is corresponding with the other end position of rocking bar 34, and coaster locking hook 21 is fixed on the back outer wall of car body 18; The cable wire 3 of winch 15 is by last fixed pulley 5, cable wire pinch roller 29 and following fixed pulley 13 and after track adjusting wheel 20 guiding, and the adaptor union that passes in the load-bearing coaster 4 is connected with the suspension hook 2 of band trip 28.Described rocking bar 34 is " L " shape bar, and its turning point is fixed on the front portion of arm 11.Described bracing frame is made of three root posts 7 and crossbeam 9, wherein two root posts 7 interconnect by crossbeam 9, and the front support stand of formation door shape, single upright column 7 constitutes bracket of rear mounting in addition, the middle part of arm 11 is fixed on the crossbeam 9 of front support stand by hanger 8, the front end that the rear end of arm 11 is lower than arm 11 is fixed on the bracket of rear mounting, arm 11 preceding high back low dips are installed in the top of bracing frame like this, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, described bracing frame is placed on the indoor floor 16 and close window place, the top of three root posts 7 is equipped with adjusting screw(rod) 10, bracing frame withstands on the top ceiling by the adjusting screw(rod) 10 on three root posts, 7 tops, and winch 15 is fixed on the bottom of bracket of rear mounting.Described bracing frame is made of portal trestle and triangular supports, portal trestle is a front support stand, triangular supports is a bracket of rear mounting, the middle part of arm 11 is fixed on the upper beam of portal trestle by hanger 8, the front end that the rear end of arm 11 is lower than arm 11 is fixed on the upper vertex of triangular supports, arm 11 preceding high back low dips are installed in the top of bracing frame like this, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, described bracing frame is placed on the lifting station of top of building, winch 15 is fixed on the lower position of a side pillar of triangular supports, and the lower position of triangular supports opposite side quarter line pillaring is installed counterweight 41.
This sliding suspension transferring machine that tilts, when from downstairs toward handling material upstairs the time, before use, shown in Fig. 1,5, load-bearing coaster 4 is positioned at the front end of arm 11 by the locating piece of arm 11 front portions.This suspension transferring machine shown in Fig. 1,2,5, is put into hopper 1 with material in use, at first connect the power supply of winch 15, make winch 15 clockwise, cable wire 3 upwards promotes, then material is by vertical-lift, after material was put in place by vertical-lift, the trip 28 on the suspension hook 2 entered the orienting sleeve 23 of load-bearing coaster 4 female connectors, backs down lock pin 27, after the groove of trip 28 is crossed lock pin 27, lock pin 27 rebounds, and realization suspension hook 2 is connected with load-bearing coaster 4, and then weight is transferred on the load-bearing coaster 4; When suspension hook 2 and load-bearing coaster 4 realize that bonded assembly simultaneously, shown in Fig. 2,3,4, trip 28 pushing tow slide core tubes 24, the bending end I 30 of the quarter butt 38 of slide core tube 24 pushing tow vehicle positioning stop sensor push rods 25, then the bending end II 31 of the stock 36 of vehicle positioning stop sensor push rod 25 touches the touch switch 35 on the vehicle positioning stop sensor 6 that is positioned at arm 11 front portions, winch 15 stops, and cable wire 3 stops upwards to promote; Make winch 15 reversings then, as Fig. 1---shown in 5, then material is under the horizontal component of force effect of gravity, slide to the rear portion of arm 11 low side with load-bearing coaster 4, and be hooked in the coaster locking hook 21 on the load-bearing coaster 4 back outer walls at the slip coaster mechanical brake 12 of back by arm 11 rear portions that put in place, finish the parallel motion of lifting job; Then make winch 15 clockwise again, cable wire 3 upwards promotes, after cable wire 3 is tightened, trip 28 pushing tow slide core tubes 24, the bending end I 30 of the quarter butt 38 of slide core tube 24 pushing tow vehicle positioning stop sensor push rods 25, then the bending end II 31 of the stock 36 of vehicle positioning stop sensor push rod 25 touches the touch switch 35 on the vehicle positioning stop sensor 6 that is positioned at arm 11 rear portions, and winch 15 stops; At last, when the needs adaptor union is freed, shown in Fig. 1,2,3,5, pull the release lever 14 of arm 11 rear ends, by unlocking device pull bar 33 pulling rocking bars 34, rocking bar 34 touches the sealing bending end 40 of the unlocking device push rod 32 in the load-bearing coaster 4, the middle part roof pressure shift fork pressure ring 22 of 32 liang of side levers of unlocking device push rod then, shift fork pressure ring 22 roof pressure shift forks 26, and draw back lock pin 27 by shift fork 26, free trip 28; And then making winch 15 reversings, cable wire 3 descends, and material can be unloaded.
This sliding suspension transferring machine that tilts, when from upstairs toward handling material downstairs the time, before use, load-bearing coaster 4 is positioned at the rear portion of arm 11 by the coaster mechanical brake 12 at arm 11 rear portions.This suspension transferring machine is put into hopper 1 with material in use, at first connects the power supply of winch 15, make winch 15 clockwise, cable wire 3 upwards promotes, and then material is by vertical-lift, after material is put in place by vertical-lift, trip 28 on the suspension hook 2 enters the orienting sleeve 23 of load-bearing coaster 4 female connectors, back down lock pin 27, after the groove of trip 28 was crossed lock pin 27, lock pin 27 rebounded, realization suspension hook 2 is connected with load-bearing coaster 4, and then weight is transferred on the load-bearing coaster 4; When suspension hook 2 and load-bearing coaster 4 realize that bonded assembly simultaneously, shown in Fig. 2,3,4, trip 28 pushing tow slide core tubes 24, the bending end I 30 of the quarter butt 38 of slide core tube 24 pushing tow vehicle positioning stop sensor push rods 25, then the bending end II 31 of the stock 36 of vehicle positioning stop sensor push rod 25 touches the touch switch 35 on the vehicle positioning stop sensor 6 that is positioned at arm 11 rear portions, winch 15 stops, and cable wire 3 stops upwards to promote; The coaster locking hook 21 of pulling coaster mechanical brake 12 and load-bearing coaster 4 then breaks away from.Restart winch 15, it is clockwise that winch 15 is continued, and then material is under the tension of cable wire 3, with the anterior high-end slip of load-bearing coaster 4 to arm 11, and be positioned at the front end of arm 11 by the locating piece of arm 11 front portions in the slip back that puts in place, finish the parallel motion of lifting job; Then, trip 28 pushing tow slide core tubes 24, the bending end I 30 of the quarter butt 38 of slide core tube 24 pushing tow vehicle positioning stop sensor push rods 25, then the bending end II 31 of the stock 36 of vehicle positioning stop sensor push rod 25 touches the touch switch 35 on the vehicle positioning stop sensor 6 that is positioned at arm 11 front portions, and winch 15 stops; At last, when the needs adaptor union is freed, pull the release lever 14 of arm 11 rear ends, by unlocking device pull bar 33 pulling rocking bars 34, rocking bar 34 touches the sealing bending end 40 of the unlocking device push rod 32 in the load-bearing coaster 4, the middle part roof pressure shift fork pressure ring 22 of 32 liang of side levers of unlocking device push rod then, shift fork pressure ring 22 roof pressure shift forks 26, and draw back lock pin 27 by shift fork 26, free trip 28, and then making winch 15 reversings, cable wire 3 descends, can be with material fortune down.
Claims (5)
1. sliding suspension transferring machine that tilts, by arm (11), bracing frame, unlocking device pull bar (33), rocking bar (34), last fixed pulley (5), following fixed pulley (13), cable wire pinch roller (29), vehicle positioning stop sensor (6), locating piece, coaster mechanical brake (12), release lever (14), load-bearing coaster (4), winch (15), cable wire (3), suspension hook (2) and hopper (1) are formed, it is characterized in that: the preceding high back of arm (11) low dip is installed in the top of bracing frame, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, arm (11) is the arm of " inferior word remove about 2 points " shape for cross-sectional plane, its both sides are slide groove, intermediate portion installation and control cable, unlocking device pull bar (33) and rocking bar (34), the front-end and back-end of arm (11) are separately installed with fixed pulley (5) and following fixed pulley (13), between last fixed pulley (5) and following fixed pulley (13), cable wire pinch roller (29) is installed in the forward position of arm (11), in the front and rear position of arm (11) a vehicle positioning stop sensor (6) is installed respectively, locating piece is installed on the arm (11), and be positioned at the anterior position of the anterior vehicle positioning stop sensor (6) of arm (11), coaster mechanical brake (12) also is installed on the arm (11), and be positioned at the rear position of the vehicle positioning stop sensor (6) at arm (11) rear portion, release lever (14) is installed in the rear end of arm (11), release lever (14) is connected with an end of unlocking device pull bar (33), the other end of unlocking device pull bar (33) is connected to an end that is installed on the anterior rocking bar (34) of arm (11), the other end of rocking bar (34) is unsettled, and it is corresponding with the position of the interior unlocking device push rod of load-bearing coaster (4) (32), load-bearing coaster (4) is from being positioned at the front end of arm (11) downstairs before lift by crane material work upstairs by the anterior locating piece of arm (11), the wheel (19) of its car body (18) both sides lays respectively in the slide groove of arm (11) both sides, when load-bearing coaster (4) is moved horizontally to the rear portion of arm (11), be located rear portion by the coaster mechanical brake (12) at arm (11) rear portion in arm (11), winch (15) is positioned at the back lower place of arm (11), and be fixed on the lower position of bracing frame, the cable wire (3) of winch (15) is by last fixed pulley (5), cable wire pinch roller (29) passes the interior adaptor union of load-bearing coaster (4) with following fixed pulley (13) and is connected with the suspension hook (2) of band trip (28), and suspension hook (2) is gone up and hung hopper (1).
2. the sliding suspension transferring machine of a kind of inclination according to claim 1, it is characterized in that: described load-bearing coaster (4) is made of car body (18), wheel (19), track adjusting wheel (20), adaptor union, lock pin (27), shift fork (26), vehicle positioning stop sensor push rod (25), unlocking device push rod (32) and coaster locking hook (21), and described adaptor union is made of orienting sleeve (23), slide core tube (24) and shift fork pressure ring (22); The two bottom sides of car body (18) respectively is equipped with two wheels (19), the bottom midway location of car body (18) is installed track adjusting wheel (20), orienting sleeve (23) is positioned at the top-portion apertures top of car body (18), and be connected as a single entity with car body (18), before the bottom of orienting sleeve (23), back both sides are equipped with opening, before one end of two lock pins (27) is inserted into it respectively, in the opening of back both sides, the bottom of two lock pins (27) is separately fixed on the wall of car body (18) both sides, top, slide core tube (24) is sleeved in the orienting sleeve (23), and with orienting sleeve (23) slide relative, shift fork pressure ring (22) is sleeved on the orienting sleeve (23), the turning point of two shift forks (26) respectively activity be fixed on car body (18) before, on the back inwall, one end at all the other two ends of two shift forks (26) is with the other end of anchor shaft to flexibly connect with two lock pins (27) respectively, the other end at all the other two ends of two shift forks (26) is located by shift fork pressure ring (22), vehicle positioning stop sensor push rod (25) is by the length that is separately fixed at movable axis I (37) two ends, short two " L " shape bars (36,38) form, its movable axis I (37) activity is fixed on the preceding inwall of car body (18), the quarter butt (38) of vehicle positioning stop sensor push rod (25) is located by orienting sleeve (23), and its bending end I (30) is corresponding with the upper end of slide core tube (24), the stock (36) of vehicle positioning stop sensor push rod (25) is unsettled, and its bending end II (31) is corresponding with the touch switch (35) on the vehicle positioning stop sensor (6), unlocking device push rod (32) is the L-shaped doorframe shape bar in side, the middle part of its two side lever is respectively by shift fork pressure ring (a 22) left side, the location, top of right both sides, the end of its two side lever is separately fixed at the two ends of movable axis II (39), its movable axis II (39) activity is fixed on the preceding inwall of car body (18), the sealing bending end (40) of unlocking device push rod (32) is corresponding with the other end position of rocking bar (34), and coaster locking hook (21) is fixed on the back outer wall of car body (18); The cable wire (3) of winch (15) is by last fixed pulley (5), cable wire pinch roller (29) and following fixed pulley (13) and after track adjusting wheel (20) guiding, and the adaptor union that passes in the load-bearing coaster (4) is connected with the suspension hook (2) of band trip (28).
3. the sliding suspension transferring machine of a kind of inclination according to claim 1 and 2, it is characterized in that: described rocking bar (34) is " L " shape bar, and its turning point is fixed on the front portion of arm (11).
4. the sliding suspension transferring machine of a kind of inclination according to claim 1, it is characterized in that: described bracing frame is made of three root posts (7) and crossbeam (9), wherein two root posts (7) interconnect by crossbeam (9), and the front support stand of formation door shape, single upright column (7) constitutes bracket of rear mounting in addition, the middle part of arm (11) is fixed on the crossbeam (9) of front support stand by hanger (8), the front end that the rear end of arm (11) is lower than arm (11) is fixed on the bracket of rear mounting, the preceding high back of arm (11) low dip is installed in the top of bracing frame like this, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, described bracing frame is placed in indoor floor (16) and goes up also near the window place, the top of three root posts (7) is equipped with adjusting screw(rod) (10), bracing frame withstands on the top ceiling by the adjusting screw(rod) (10) on three root posts (7) top, and winch (15) is fixed on the bottom of bracket of rear mounting.
5. the sliding suspension transferring machine of a kind of inclination according to claim 1, it is characterized in that: described bracing frame is made of portal trestle and triangular supports, portal trestle is a front support stand, triangular supports is a bracket of rear mounting, the middle part of arm (11) is fixed on the upper beam of portal trestle by hanger (8), the front end that the rear end of arm (11) is lower than arm (11) is fixed on the upper vertex of triangular supports, the preceding high back of arm (11) low dip is installed in the top of bracing frame like this, its bevelled angle is for becoming 10 °～15 ° angles with horizontal surface, described bracing frame is placed on the lifting station of top of building, winch (15) is fixed on the lower position of a side pillar of triangular supports, and the lower position of triangular supports opposite side quarter line pillaring is installed counterweight (41).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202679777U CN201817209U (en) | 2010-07-21 | 2010-07-21 | Oblique sliding traveling type crane |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202679777U CN201817209U (en) | 2010-07-21 | 2010-07-21 | Oblique sliding traveling type crane |
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| Publication Number | Publication Date |
|---|---|
| CN201817209U true CN201817209U (en) | 2011-05-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202679777U Expired - Fee Related CN201817209U (en) | 2010-07-21 | 2010-07-21 | Oblique sliding traveling type crane |
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| CN (1) | CN201817209U (en) |
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| CN102320522A (en) * | 2011-06-17 | 2012-01-18 | 中建六局工业设备安装有限公司 | Hoisting in-place method for allowing large equipment to pass through ultrahigh hole |
| CN102602834A (en) * | 2012-03-29 | 2012-07-25 | 北京市设备安装工程集团有限公司 | Platform-free lifting method and system of installing large rectangular devices to high-rise buildings |
| CN103407881A (en) * | 2013-08-27 | 2013-11-27 | 安徽省合肥汽车锻件有限责任公司 | Front axle feeding auxiliary tooling |
| CN103924988A (en) * | 2013-12-12 | 2014-07-16 | 中铁十四局集团有限公司 | Jib crane in shield tunneling machine inverted-arch block conveying system |
| CN105967073A (en) * | 2016-06-26 | 2016-09-28 | 林�智 | Novel agricultural lifting device |
| CN106976713A (en) * | 2017-05-03 | 2017-07-25 | 中国科学院沈阳自动化研究所 | A kind of inclined-plane automatic positioning mechanism |
| CN108423547A (en) * | 2018-04-05 | 2018-08-21 | 武汉理工大学 | A kind of umbrella opening and closing type gantry crane |
| CN112623122A (en) * | 2020-12-25 | 2021-04-09 | 张娜 | Cargo transferring device for transport ship |
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2010
- 2010-07-21 CN CN2010202679777U patent/CN201817209U/en not_active Expired - Fee Related
Cited By (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102320522A (en) * | 2011-06-17 | 2012-01-18 | 中建六局工业设备安装有限公司 | Hoisting in-place method for allowing large equipment to pass through ultrahigh hole |
| CN102320522B (en) * | 2011-06-17 | 2013-01-09 | 中建六局工业设备安装有限公司 | Hoisting in-place method for allowing large equipment to pass through ultrahigh hole |
| CN102602834A (en) * | 2012-03-29 | 2012-07-25 | 北京市设备安装工程集团有限公司 | Platform-free lifting method and system of installing large rectangular devices to high-rise buildings |
| CN102602834B (en) * | 2012-03-29 | 2013-08-07 | 北京市设备安装工程集团有限公司 | Platform-free lifting method and system of installing large rectangular devices to high-rise buildings |
| CN103407881A (en) * | 2013-08-27 | 2013-11-27 | 安徽省合肥汽车锻件有限责任公司 | Front axle feeding auxiliary tooling |
| CN103924988B (en) * | 2013-12-12 | 2015-09-16 | 中铁十四局集团有限公司 | Jib crane in shield machine inverted arch block transportation system |
| CN103924988A (en) * | 2013-12-12 | 2014-07-16 | 中铁十四局集团有限公司 | Jib crane in shield tunneling machine inverted-arch block conveying system |
| CN105967073A (en) * | 2016-06-26 | 2016-09-28 | 林�智 | Novel agricultural lifting device |
| CN106976713A (en) * | 2017-05-03 | 2017-07-25 | 中国科学院沈阳自动化研究所 | A kind of inclined-plane automatic positioning mechanism |
| CN106976713B (en) * | 2017-05-03 | 2018-12-25 | 中国科学院沈阳自动化研究所 | A kind of inclined-plane automatic positioning mechanism |
| CN108423547A (en) * | 2018-04-05 | 2018-08-21 | 武汉理工大学 | A kind of umbrella opening and closing type gantry crane |
| CN112623122A (en) * | 2020-12-25 | 2021-04-09 | 张娜 | Cargo transferring device for transport ship |
| CN112623122B (en) * | 2020-12-25 | 2022-12-20 | 威驰亚(苏州)电器科技股份有限公司 | Cargo transferring device for transport ship |
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