CN204912832U - A simultaneous processing goes out quadripuntal drilling machine that is used for ladder of combined material cable testing bridge to help - Google Patents

Abstract

The utility model relates to a simultaneous processing goes out quadripuntal drilling machine that is used for ladder of combined material cable testing bridge to help, one side of its characterized in that feeding bed is provided with the base, one side of base is provided with the unloading bed, be provided with the platform that punches on the base, the bench that punches is provided with clamping device, clamping device's top is provided with the multiaxis ware, the multiaxis ware is fixed at the bench that punches by the link, one side of link is provided with the pneumatic cylinder, the below of input shaft is provided with the action wheel, the both sides of action wheel are provided with the gear, the both sides of gear are provided with the jackshaft, the both sides of jackshaft are provided with deep groove ball bearing, it goes out the axle to be provided with the axle between the jackshaft, bolt fixed connection is passed through to the first half and the latter half of multiaxis ware, the outside that the axle is gone into to the axle is provided with urgent tight ring. The beneficial effects of the utility model are that, the sustainable synchronal quadripuntal drilling work of carrying on, labour saving and time saving has avoided the drilling position ununified, installs inconvenient shortcoming, need not not measure, has saved staff's time, has improved work efficiency.

Description

The drilling machine in four holes is processed while ladder side for composite material cable crane span structure

Technical field

The utility model relates to compound crane span structure industry, processes the drilling machine in four holes while the ladder side specifically for composite material cable crane span structure.

Background technology

Crane span structure is combined by ladder side, before the combination, needs ladder side to hole, then install by bolt combination, boring before the work in combination of prior art takes ruler measurement, then setting-out by work, row boring is crept in electricity consumption, easily there is deviation and bore position skew, cause last installation unsuccessful, indulge in the knowledge time, waste time and energy, inefficiency.

Summary of the invention

Technical problem to be solved in the utility model overcomes the deficiencies in the prior art, process the drilling machine in four holes while being provided for the ladder side of composite material cable crane span structure, the utility model solves the technical scheme that its technical problem adopts and is: structure of the present utility model comprises by vertical rolling bearing units, the axis of rolling, nut, the charging bed of holder composition, base, punching station, blanking bed, by base plate, front vertical plate, support bar, roller bearing, back vertical plate, cant board, set bolt, locating piece, locating ring, location fork, control cylinder, spring catch, the clamping device of spring composition, by power shaft, deep groove ball bearing, output shaft, jackshaft, driving wheel, gear, packing ring, the multi-shaft device of bolt composition, link, hydraulic cylinder, is characterized in that the side of charging bed is provided with base, the side of base is provided with blanking bed, base is provided with punching station, punching station is provided with clamping device, the top of clamping device is provided with multi-shaft device, and multi-shaft device is arranged on the top of punching station, and multi-shaft device is arranged on below hydraulic cylinder, and described clamping device is by base plate, front vertical plate, support bar, roller bearing, back vertical plate, cant board, set bolt, locating piece, locating ring, location fork, hydraulic cylinder, spring catch, spring forms, it is characterized in that the both sides of base plate are respectively arranged with front vertical plate and back vertical plate, front vertical plate and back vertical plate are fixed by support bar, the last layer of support bar is provided with roller bearing, the two ends of roller bearing are separately fixed on front vertical plate and back vertical plate, the top of back vertical plate is fixed on cant board by set bolt, the center of front vertical plate is provided with control cylinder, the both sides of control cylinder are respectively arranged with locating ring, locating ring suit is arranged on the top of spring catch, spring catch is provided with spring, the spring catch of the side of spring is provided with locating piece, described multi-shaft device is by power shaft, deep groove ball bearing, output shaft, jackshaft, driving wheel, gear, packing ring, bolt forms, it is characterized in that the below of power shaft is provided with driving wheel, the both sides of driving wheel are provided with gear, the both sides of gear are provided with jackshaft, and the both sides of jackshaft are provided with deep groove ball bearing, are provided with axle shaft between jackshaft, the first half and the latter half of multi-shaft device are bolted to connection, the arranged outside that axle enters axle has packing ring, and described charging bed is identical with blanking main file structure, by vertical rolling bearing units, the axis of rolling, nut, holder combines, and is provided with the axis of rolling in vertical rolling bearing units, and vertical rolling bearing units are fixed on holder by nut.By the fuel-displaced and oil return of PLC hydraulic control pump, thus the power of hydraulic control cylinder, the power of Electric Machine Control electric drill and rotating speed, the operation of PLC also control cylinder.

The beneficial effects of the utility model are, the boring work carrying out four holes while of sustainable, time saving and energy saving, avoid bore position disunity, install inconvenient shortcoming, need not measure, save the time of staff, improve operating efficiency.

Accompanying drawing explanation

Fig. 1: the utility model example structure schematic diagram.

Fig. 2: the utility model multi-shaft device enlarged section structural representation.

Fig. 3: the utility model clamping device structure for amplifying schematic diagram.

Fig. 4: the utility model charging bed structure for amplifying schematic diagram.

In figure: charging bed 1, base 2, punching station 3, blanking bed 4, clamping device 5, multi-shaft device 6, link 7, hydraulic cylinder 8, base plate 51, front vertical plate 52, support bar 53, roller bearing 54, back vertical plate 55, cant board 56, set bolt 57, locating piece 58, locating ring 59, location fork 510, control cylinder 511, spring catch 512, spring 513, power shaft 61, deep groove ball bearing 62, output shaft 63, jackshaft 64, driving wheel 65, gear 66, packing ring 67, bolt 68, vertical rolling bearing units 101, the axis of rolling 102, nut 103, holder 104.

Detailed description of the invention

Illustrate with reference to accompanying drawing and following concrete detailed description is done to the utility model.As shown in drawings, structure of the present utility model comprises by vertical rolling bearing units 101, the axis of rolling 102, nut 103, the charging bed 1 that holder 104 forms, base 2, punching station 3, blanking bed 4, by base plate 51, front vertical plate 52, support bar 53, roller bearing 54, back vertical plate 55, cant board 56, set bolt 57, locating piece 58, locating ring 59, location fork 510, control cylinder 511, spring catch 512, the clamping device 5 that spring 513 forms, by power shaft 61, deep groove ball bearing 62, output shaft 63, jackshaft 64, driving wheel 65, gear 66, packing ring 67, the multi-shaft device 6 that bolt 68 forms, link 7, hydraulic cylinder 8, is characterized in that the side of charging bed 1 is provided with base 2, the side of base 2 is provided with blanking bed, base 2 is provided with punching station 3, punching station 3 is provided with clamping device 5, the top of clamping device 5 is provided with multi-shaft device 6, and multi-shaft device 6 is arranged on the top of punching station 3, and multi-shaft device 6 is arranged on below hydraulic cylinder 8, and the side of link 7 is provided with hydraulic cylinder 8, and described clamping device is by base plate 51, front vertical plate 52, support bar 53, roller bearing 54, back vertical plate 55, cant board 56, set bolt 57, locating piece 58, locating ring 59, location fork 510, control cylinder 511, spring catch 512, spring 513 forms, it is characterized in that the both sides of base plate 1 are respectively arranged with front vertical plate 52 and back vertical plate 55, front vertical plate 52 and back vertical plate 55 are fixed by support bar 53, the last layer of support bar 53 is provided with roller bearing 54, the two ends of roller bearing 54 are separately fixed on front vertical plate 52 and back vertical plate 55, the top of back vertical plate 55 is fixed on cant board 56 by set bolt 54, the center of front vertical plate 52 is provided with control cylinder 511, the both sides of control cylinder 511 are respectively arranged with locating ring 59, locating ring 59 suit is arranged on the top of spring catch 512, spring catch 512 is provided with spring 513, the spring catch 512 of the side of spring 513 is provided with locating piece 58, and described multi-shaft device 6 is by power shaft 61, deep groove ball bearing 62, output shaft 63, jackshaft 64, driving wheel 65, gear 66, packing ring 67, bolt 68 forms, it is characterized in that the below of power shaft 61 is provided with driving wheel 65, the both sides of driving wheel 65 are provided with gear 66, the both sides of gear 66 are provided with jackshaft 64, the both sides of jackshaft 64 are provided with deep groove ball bearing 62, output shaft 63 is provided with between jackshaft 64, output shaft 63 is provided with boring bar, the first half of multi-shaft device 6 is fixedly connected with by bolt 68 with the latter half, the arranged outside that axle enters axle 61 has packing ring 67, described charging bed 1 is identical with blanking main file 4 structure, by vertical rolling bearing units 101, the axis of rolling 102, nut 103, holder 104 combines, and is provided with the axis of rolling 102 in vertical rolling bearing units 101, and vertical rolling bearing units 101 are fixed on holder 104 by nut 103.

Operation principle: make a call to four holes respectively at ladder side composite plate head and the tail two ends, upwards being tiled by a ladder side composite plate horizontal plane is placed on the charging bed 1 of four hole drill machines, the head end of ladder side composite plate is pushed on punching station 3, punching station 3 is provided with two clamping devices 5, the head end of ladder side composite plate contacts with left side clamping device 5, upwards being rotated from horizontal level by location fork 510 with hand makes it vertical, locating piece 58 is upwards erected and withstands the head end of ladder side composite plate, prevent skew, hydraulic pump is fuel-displaced, primer fluid cylinder pressure 8, the power shaft 61 of power on multi-shaft device 6 inputs, power shaft 61 is worked and drives driving wheel 65 to rotate, driving wheel 65 and gear 66 engagement rotation make gear 66 drive four output shafts 63 of below to rotate, drill bit on four output shafts 63 is holed to the ladder side composite plate of below simultaneously, get out four holes, after boring terminates, hydraulic pump oil return, hydraulic cylinder 8 extracts the drill bit on output shaft 65, control cylinder 511 is exitted, remove spacing to ladder side, after getting out four holes on ladder side composite plate head end, utilize the rolling of the axis of rolling 102 on charging bed 1, with hand, ladder side composite plate is continued driven forward, when ladder side composite plate tail end overlaps with output shaft 63, right side clamping device is made to fix tail end, start to bore four holes on ladder side composite plate tail end.

Embodiment recited above is only be described preferred embodiment of the present utility model; not design of the present utility model and scope are limited; under the prerequisite not departing from the utility model design concept; the various modification that in this area, common engineers and technicians make the technical solution of the utility model and improvement; protection domain of the present utility model all should be fallen into; the technology contents of the utility model request protection, all records in detail in the claims.

Claims (3)

1. process the drilling machine in four holes while the ladder side for composite material cable crane span structure, comprise by vertical rolling bearing units (101), the axis of rolling (102), nut (103), the charging bed (1) that holder (104) forms, base (2), punching station (3), blanking bed (4), by base plate (51), front vertical plate (52), support bar (53), roller bearing (54), back vertical plate (55), cant board (56), set bolt (57), locating piece (58), locating ring (59), location fork (510), control cylinder (511), spring catch (512), the clamping device (5) that spring (513) forms, by power shaft (61), deep groove ball bearing (62), output shaft (63), jackshaft (64), driving wheel (65), gear (66), packing ring (67), the multi-shaft device (6) that bolt (68) forms, link (7), hydraulic cylinder (8), is characterized in that the side of charging bed (1) is provided with base (2), the side of base (2) is provided with blanking bed, base (2) is provided with punching station (3), punching station (3) is provided with clamping device (5), the top of clamping device (5) is provided with multi-shaft device (6), multi-shaft device (6) is arranged on the top of punching station (3), multi-shaft device (6) is arranged on hydraulic cylinder (8) below, be provided with the axis of rolling (102) in vertical rolling bearing units (101), vertical rolling bearing units (101) are fixed on holder (104) by nut (103).

2. while the ladder side for composite material cable crane span structure according to claim 1, process the drilling machine in four holes, it is characterized in that the both sides of base plate (51) are respectively arranged with front vertical plate (52) and back vertical plate (55), (55 are fixed by support bar (53) for front vertical plate (52) and back vertical plate, the last layer of support bar (53) is provided with roller bearing (54), the two ends of roller bearing (54) are separately fixed on front vertical plate (52) and back vertical plate (55), the top of back vertical plate (55) is fixed on cant board (56) by set bolt (54), (center of 52 is provided with control cylinder (511 to front vertical plate, the both sides of control cylinder (511) are respectively arranged with locating ring (59), locating ring (59) suit is arranged on the top of spring catch (512), spring catch (512) is provided with spring (513), the spring catch (512) of the side of spring (513) is provided with locating piece (58).

3. while the ladder side for composite material cable crane span structure according to claim 1, process the drilling machine in four holes, it is characterized in that the below of power shaft (61) is provided with driving wheel (65), the both sides of driving wheel (65) are provided with gear (66), the both sides of gear (66) are provided with jackshaft (64), the both sides of jackshaft (64) are provided with deep groove ball bearing (62), output shaft (63) is provided with between jackshaft (64), the first half of multi-shaft device (6) is fixedly connected with by bolt (68) with the latter half, the arranged outside that axle enters axle (61) has packing ring (67), described charging bed (1) is identical with blanking main file (4) structure.