CN203331243U - Universal cutting machine used in high and low altitude - Google Patents
Universal cutting machine used in high and low altitude Download PDFInfo
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- CN203331243U CN203331243U CN2013203481305U CN201320348130U CN203331243U CN 203331243 U CN203331243 U CN 203331243U CN 2013203481305 U CN2013203481305 U CN 2013203481305U CN 201320348130 U CN201320348130 U CN 201320348130U CN 203331243 U CN203331243 U CN 203331243U
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Abstract
The utility model provides a universal cutting machine used in high and low altitude, and belongs to the technical field of building machines and tools. The universal cutting machine comprises a hydraulic main vehicle cantilever, a hydraulic multifunctional cantilever and a cutting control mechanism. The universal cutting machine is a steel structure machine tool with the front face in a horizontal tower shape. The part, between a front seat hole and a back seat hole, at the right end of the hydraulic main vehicle cantilever is inserted into a supporting base at the left end of the hydraulic multifunctional cantilever in a hinged mode. An auxiliary amplitude variation hydraulic cylinder assembly is installed above the hydraulic main vehicle cantilever. The universal cutting machine used in high and low altitude is reasonable in structure, safe and reliable in usage, convenient to use, low in machining cost, long in service life, high in working efficiency and the like.
Description
Technical field
The utility model belongs to the construction equipment technical field, specifically relates to the universal cutting machine that a kind of high low latitude is used.
Background technology
Very lack of standardizationization made in the dismounting of existing building trade and installation; particularly in high-altitude or low latitude, remove operation process and adopt the employee to hold the method that fire, electric welding cutting equipment carry out artificial direct control more, there is following problem in this method: 1, at height in the air particularly in overhead positions and dangerous; 2, the construction operation inefficiency often needs many people to coordinate; 3, the protector waste is serious; 4, highway limits or have high-tension bus-bar zone felling construction not only dangerous but also need repeatedly the phenomenon of delaying work of the upper and lower large existence of labour intensity repeatedly; 5, consumption of materials greatly easily causes environmental pollution; 5, the dismantle processes complexity is loaded down with trivial details; 6, utilization rate of equipment and installations is low; 7, the orcible entry rescue aid that high low latitude is used lacks.
Summary of the invention
The purpose of this utility model is the universal cutting machine that a kind of high low latitude of proposition is used, and the use of this universal cutting machine can make demolishing process simple and easy, and changing layer transposition construction only need to be once in place, has improved operating efficiency.
The universal cutting machine that a kind of high low latitude provided by the utility model is used comprises fluid pressure type master car cantilever 39, hydraulic multi-function cantilever 36 and cutting controlling organization, and described universal cutting machine is the steel construction facility that a kind of front is horizontal tower-shaped, insert described hydraulic multi-function cantilever 36 left end supporting seats with articulated form between the seat hole before and after the right-hand member of described fluid pressure type master car cantilever 39, secondary luffing hydraulic cylinder assembly 37 is installed above described fluid pressure type master car cantilever 39, the left end hydraulic cylinder seat of described secondary luffing hydraulic cylinder assembly 37 is fixed on articulated form in the upper square block hole of described fluid pressure type master car cantilever 39, and the right-hand member of the expansion link of described secondary luffing hydraulic cylinder assembly 37 is fixed on the upper left seat hole of described hydraulic multi-function outstanding 36 with articulated form, right flank at the right-hand member driving disc spacing pressing 1 of described hydraulic multi-function cantilever 36 arranges driven disc 3, offer four size connecting through holes identical with described driving disc spacing pressing 1 that distribute in the front and back up and down of described driven disc 3, in four eyelets of described driving disc spacing pressing 1 and driven disc 3, with trundle 5, insert from right to left, the right of described trundle 5 is designed to outer-hexagonal shape, the left side of described trundle 5 offers circular arc cutaway on the center line of vertical described driving disc spacing pressing 1, the fixing hand-screw screw 2 of corresponding spinning on this breach, form the less tight fit of the magnitude of interference between four holes on described trundle 5 and driven disc 3, stretch out a supporting steel panel seat 35 thicker with up big and down small heap shape hole in the welding of the rear of driven disc 3, at the left and right sides of described supporting steel panel seat 35 welding right angled triangle spoke plate 34, the minor face of described right angled triangle spoke plate 34 is close to described driven disc 3, weld up and down joint place, supporting steel panel seat 35 is close on one side of the right angle length of side, welding up and down, offer the left-hand blind hole on the central axis of described driven disc 3, the stay pipe 6 that level of plug-in mounting is stretched out to the right in this blind hole, the right-hand member center of described stay pipe 6 and steering base remain on same center line at center Shang Xia 8, described stay pipe 6 right-hand members and described steering base 8 are close to rear circumferencial direction welding, front and back up and down at described stay pipe 6 add right-angled trapezium spoke plate 7, long limit, the right angle of described spoke plate 7 and described stay pipe 6 all around weld after being close to, being leveled up and down and being close to rear welding of the upper and lower and steering base 8 of the right side of described spoke plate 7, the right-hand member of described steering base 8 end face in the arc-shaped, the left end of described spoke plate 7 and described driven disc 3 are close to rear upper and lower front and back welding, described steering base 8 is cylindrical with endoporus, press-fit an antifriction bush be leveled up and down 9 in this endoporus, put a plain cushion equal with interior diameter above described antifriction bush 9, insert from the top down " 7 " the font connecting lever 10 with spline one end in the endoporus of this plain cushion and antifriction bush 9, described connecting lever 10 use high-carbon steel are manufactured, a downward step of processing below the turning of this connecting lever 10, below this step processing smooth with 9 one-tenth little axle journals that are slidably matched of antifriction bush, be provided with isolating pad 29 below this axle journal, process external splines below described isolating pad 29, supporting plate 12 at this external splines upper sliding sleeve one fast left side band internal splined hole, the male thread of processing spinning nut 11 use below external splines, utilize nut 11 supporting plate 12 that is tightened, be processed with the bellmouth of up big and down small installation ball stud 26 use at an end of the length of described connecting lever 10, suit ball stud 26 in this bellmouth, ball stud 26 use nuts are fixed, left and right sides suit ball cup 25 on the sphere of this ball stud 26, described ball cup 25 is sleeved in the pull bar pipe 27 of screw thread in band, the window of installation ball stud 26 use of design below pull bar pipe 27, screw a look nut with male thread 24 in the hole, the right of pull bar pipe 27, screw the feeding expansion link 30 with nut 28 on the left side of pull bar pipe 27, the right-hand member male thread of described expansion link 30 matches with screw thread in the left side of described pull bar pipe 27, the right-hand member top of described expansion link 30 is pressed in the left side of ball cup 25, installing hole on the left end cylinder head 32 of hydraulic cylinder 31 inserts from the top down and fixes with nut with cone pin 33,32 one-tenth hinged cooperations of described cone pin 33 and described cylinder head after overlapping the top bellmouth of supporting steel panel seat 35, sit and put the high-speed hydraulic motor 13 of an output shaft 21 with male thread in the upper right side of supporting plate 12, the center line of the output shaft of high-speed hydraulic motor 13 keeps concentric with the center line of described driving disc spacing pressing 1, high-speed hydraulic motor 13 front and back are fixed with four same bolts, on the left side of the output shaft 21 of described high-speed hydraulic motor 13, cover is put " U " shape guard shield 14, described " U " shape guard shield 14 is greater than semicircle, the sliding holder with the dextrad step 15 that fills on the output shaft 21 in left side in the middle of described " U " shape guard shield 14, cushion 17 in an anti-skidding use of the right of this holder 15 stack, fluted disc 16 on the sliding sleeve of the right of described cushion 17, be provided with splayed cutting teeth 22 on the excircle of described fluted disc 16, be provided with the cushion 17 of anti-skidding use on the right of described fluted disc 16, at the right of described cushion 17 sliding dress pressure pad 18, on the right of described pressure pad 18 near the right inside side of " U " shape guard shield, fill the pad 19 of a locking use in the right cunning of " U " shape guard shield, screw a pressure nut on the right of described pad 19, two tubing interfaces on hydraulic cylinder 31 are connected with two petroleum pipelines above high-voltage tube and described driving disc spacing pressing 1, two high-pressure oil pipes 23 on described high-speed hydraulic motor 13 respectively with described driving disc spacing pressing 1 below two oil pipes join.
Like this in the situation that the height of main car hydraulic stem 38 flexible cutting machines also and then in changes in amplitude, when approaching, the cutting target adjusts up and down position by the control valve expansion link operated on secondary luffing hydraulic cylinder assembly 37, when angle on target not to the time can specifically see Chinese patent CN201310077724.1 by this multifunctional cantilever of operation hydraulic multi-function cantilever 36() control valve make driving disc spacing pressing 1 revolution change angle, when putting in place, the cutting target passes through the control valve of operation high-speed hydraulic motor 13, control valve by operation feeding hydrocylinder 31, expansion link 30 outwards slowly stretches out and drives connecting lever 10 to rotate simultaneously, thereby the supporting plate 12 on connecting lever 10 also and then rotates band active toothed disk 16 and enters cutting work to cutting position.
That the universal cutting machine that this reality has the high low latitude of novel proposition to use has is rational in infrastructure, safe and reliable, easy for installation, processing cost is low, long service life and improve the characteristics such as work ratio.
The accompanying drawing explanation
Fig. 1 is the positive generalized section of universal cutting machine that high low latitude is used;
Fig. 2 is the universal cutting machine schematic top plan view that high low latitude is used.
In figure: 1, driving disc spacing pressing; 2, hand-screw screw; 3, driven disc; 4, high-pressure pipe connector; 5, trundle; 6, stay pipe; 7 spoke plates; 8, steering base; 9, antifriction bush; 10, connecting lever; 11, nut; 12, supporting plate; 13, high-speed hydraulic motor; 14, " U " shape guard shield; 15, holder; 16, fluted disc; 17, cushion; 18, pressure pad; 19, pad; 21, output shaft; 22, splayed cutting teeth; 23, high-pressure oil pipe; 24, look nut; 25, ball cup; 26, ball stud; 27, pull bar pipe; 28, nut; 29, isolating pad; 30, expansion link; 31, hydraulic cylinder; 32, cylinder head; 33, cone pin; 34, right angled triangle spoke plate; 35, supporting steel panel seat; 36, hydraulic multi-function cantilever; 37, secondary luffing hydraulic cylinder assembly; 38, main car hydraulic stem; 39, fluid pressure type master car cantilever.
The specific embodiment
The universal cutting machine that a kind of high low latitude provided by the utility model is used is to be connected to form by fluid pressure type master car cantilever 39 and hydraulic multi-function cantilever 36 and three parts of cutting controlling organization, and front is the steel construction facility of horizontal tower-shaped.Its principal character is the left end supporting seat that articulated form inserts hydraulic multi-function cantilever 36 between the seat hole, right-hand member front and back of fluid pressure type master car cantilever 39, secondary luffing hydraulic cylinder assembly 37 is installed above fluid pressure type master car cantilever 39 and hydraulic multi-function cantilever 36, the left end hydraulic cylinder seat of secondary luffing hydraulic cylinder assembly is fixed on articulated form in the upper square block hole of fluid pressure type master car cantilever 39, and the right-hand member of the expansion link of secondary luffing hydraulic cylinder assembly 37 is fixed on the upper left seat hole of hydraulic multi-function outstanding 36 with articulated form.On the right flank of the right-hand member driving disc spacing pressing 1 of hydraulic multi-function cantilever 36 by spelling a driven disc 3, offer four size connecting through holes identical with driving disc spacing pressing 1 that distribute in the front and back up and down of this driven disc 3, in four eyelets of driving disc spacing pressing and driven disc, with trundle 5, insert from right to left, the right of trundle 5 is designed to outer-hexagonal shape, the left side of trundle 5 offers circular arc cutaway on the center line of vertical driving disc spacing pressing 1, the fixing hand-screw screw 2 of corresponding spinning on this breach, form the less tight fit of the magnitude of interference between four holes on trundle 5 and driven disc.Stretch out a supporting steel panel seat 35 thicker with up big and down small heap shape hole in the welding of the rear of driven disc 3, at the left and right sides of this steel plate welding right angled triangle spoke plate 34, the minor face of right angled triangle spoke plate 34 is close to driven disc 3, weld up and down joint place, supporting steel panel seat 35 is close on one side of the right angle length of side, welding up and down, offer the left-hand blind hole on the central axis of driven disc 3, the stay pipe 6 that level of plug-in mounting is stretched out to the right in this blind hole, the right-hand member center of stay pipe 6 and steering base remain on same center line at center Shang Xia 8, stay pipe 6 right-hand members and steering base 8 are close to rear circumferencial direction welding, front and back up and down at this stay pipe 6 add right-angled trapezium spoke plate 7, long limit, the right angle of spoke plate 7 and stay pipe 6 all around weld after being close to, being leveled up and down and being close to rear welding of the upper and lower and steering base 8 of the right side of spoke plate, the right-hand member end face in the arc-shaped of front and back steering base 8 also is close to and the rear welding up and down of steering base 8, the left end of spoke plate 7 and driven disc 3 are close to rear upper and lower front and back, welding.At steering base 8, be cylindrical with endoporus, press-fit an antifriction bush be leveled up and down 9 in this endoporus, put a plain cushion equal with interior diameter above this anti-attrition, insert from the top down " 7 " the font connecting lever 10 with spline one end in the endoporus of this plain cushion and lining 9, connecting lever 10 use high-carbon steel are manufactured, a downward step of processing below the turning of this connecting lever 10, below this step processing smooth with 9 one-tenth little axle journals that are slidably matched of antifriction bush, put an isolating pad below this axle journal, process external splines below this isolating pad 29, supporting plate 12 at this external splines upper sliding sleeve one fast left side band internal splined hole, the male thread of processing spinning nut 11 use below external splines, utilize nut 11 supporting plate 12 that is tightened, be processed with the bellmouth of up big and down small installation ball stud 26 use at an end of the length of connecting lever 10, suit ball stud 6 in this bellmouth, ball stud 6 use nuts are fixed, left and right sides suit ball cup 25 on the sphere of this ball stud 6, ball cup 25 is sleeved in the pull bar pipe 27 of screw thread in band, the window of installation ball stud 6 use of design below pull bar pipe 27, screw a look nut with male thread 24 in the hole, the right of pull bar pipe 27, screw the feeding expansion link 30 with nut 28 on the left side of pull bar pipe 27, the right-hand member male thread of expansion link 30 matches with screw thread in the left side of pull bar pipe 27, the right-hand member top of expansion link 30 is pressed in the left side of left side ball cup 25.Installing hole on the left end cylinder head 32 of hydraulic cylinder 31 inserts from the top down and fixes with nut with cone pin 33,32 one-tenth hinged cooperations of cone pin 33 and cylinder head after overlapping the top bellmouth of supporting steel panel seat 35.Sit and put the high-speed hydraulic motor 13 of an output shaft 21 with male thread in the upper right side of supporting plate 12, the center line of the output shaft of high-speed hydraulic motor 13 keeps concentric with the center line of driving disc spacing pressing 1, high-speed hydraulic motor 13 front and back are fixed with four same bolts, on the left side of the output shaft 21 of high-speed hydraulic motor 13, cover is put " U " shape guard shield 14, " U " shape guard shield 14 is greater than semicircle, the sliding holder with the dextrad step 15 that fills on the output shaft 21 in left side in the middle of " U " shape guard shield 14, cushion 17 in an anti-skidding use of the right of this holder 15 stack, fluted disc 16 on the sliding sleeve of the right of cushion 17, tooth form knife on the excircle of this fluted disc 16 is designed to the right splayed cutting teeth 22 of a first from left, be provided with Skidproof soft cushion 17 on the right of fluted disc 16, at the right of this cushion 17 sliding dress pressure pad 18, on the right of pressure pad 18 near the right inside side of " U " shape guard shield, fill the pad 19 of a locking use in the right cunning of " U " shape guard shield, screw a pressure nut on the right of this pad 19.Two tubing interfaces on hydraulic cylinder 31 are connected with two petroleum pipelines above high-voltage tube and driving disc spacing pressing 1, two high-pressure oil pipes 23 on high-speed hydraulic motor 13 respectively with driving disc spacing pressing 1 below two oil pipes join.Like this in the situation that the also and then variation of the height of main car hydraulic stem 38 flexible cutting machines, when approaching, the cutting target adjusts up and down position by the control valve expansion link 37 operated on secondary luffing hydraulic cylinder assembly 37, when angle on target not to the time can make by the control valve of operation hydraulic multi-function cantilever 36 driving disc spacing pressing 1 revolution change angle, when putting in place, the cutting target passes through the control valve of operating operation high-speed hydraulic motor 13, control valve by operation feeding hydrocylinder 31, expansion link 30 outwards slowly stretches out and drives connecting lever 10 to rotate simultaneously, thereby the supporting plate 12 on connecting lever 10 also and then rotates promotion fluted disc 16 and enters cut state to cutting position.
Claims (1)
1. the universal cutting machine that high low latitude is used, is characterized in that this universal cutting machine comprises fluid pressure type master car cantilever (39), hydraulic multi-function cantilever (36) and cutting controlling organization, insert the left end supporting seat of described hydraulic multi-function cantilever (36) before and after the right-hand member of described fluid pressure type master car cantilever (39) between the seat hole with articulated form, in the top of described fluid pressure type master car cantilever (39), secondary luffing hydraulic cylinder assembly (37) is installed, the left end hydraulic cylinder seat of described secondary luffing hydraulic cylinder assembly (37) is fixed in the upper square block hole of described fluid pressure type master car cantilever (39) with articulated form, the right-hand member of the expansion link of described secondary luffing hydraulic cylinder assembly (37) is fixed on the upper left seat hole of described hydraulic multi-function outstanding (36) with articulated form, right flank at the right-hand member driving disc spacing pressing (1) of described hydraulic multi-function cantilever (36) arranges driven disc (3), offer four size connecting through holes identical with described driving disc spacing pressing (1) that distribute in the front and back up and down of described driven disc (3), in four eyelets of described driving disc spacing pressing (1) and driven disc (3), with trundle (5), insert from right to left, the right of described trundle (5) is designed to outer-hexagonal shape, the left side of described trundle (5) offers circular arc cutaway on the center line of vertical described driving disc spacing pressing (1), the fixing hand-screw screw (2) of corresponding spinning on this breach, form the less tight fit of the magnitude of interference between four holes on described trundle (5) and driven disc (3), stretch out a supporting steel panel seat (35) thicker with up big and down small heap shape hole in the welding of the rear of described driven disc (3), at the left and right sides of described supporting steel panel seat (35) welding right angled triangle spoke plate (34), the minor face of described right angled triangle spoke plate (34) is close to described driven disc (3), described supporting steel panel seat (35) is close on one side of the right angle length of side, offer the left-hand blind hole on the central axis of described driven disc (3), the stay pipe (6) that level of plug-in mounting is stretched out to the right in this blind hole, the upper and lower center of the right-hand member center of described stay pipe (6) and steering base (8) remains on same center line, described stay pipe (6) right-hand member and described steering base (8) are close to rear circumferencial direction welding, front and back up and down at described stay pipe (6) add right-angled trapezium spoke plate (7), long limit, the right angle of described spoke plate (7) and described stay pipe (6) all around weld after being close to, being leveled up and down and being close to rear welding of the upper and lower and steering base (8) of the right side of described spoke plate (7), the right-hand member end face in the arc-shaped of described steering base (8), the left end of described spoke plate (7) and described driven disc (3) are close to rear upper and lower front and back welding, described steering base (8) is cylindrical with endoporus, press-fit an antifriction bush be leveled up and down (9) in this endoporus, put a plain cushion equal with interior diameter in the top of described antifriction bush (9), insert from the top down " 7 " the font connecting lever (10) with spline one end in the endoporus of this plain cushion and described antifriction bush (9), a downward step of below, turning processing at described connecting lever (10), what below this step, processing was smooth becomes the little axle journal be slidably matched with antifriction bush (9), be provided with isolating pad (29) below this axle journal, at the below of described isolating pad (29) processing external splines, supporting plate (12) at this external splines upper sliding sleeve one fast left side band internal splined hole, the male thread of processing spinning nut (11) use below external splines, utilize nut (11) supporting plate (12) that is tightened, be processed with the bellmouth of up big and down small installation ball stud (26) use at an end of the length of described connecting lever (10), be set with ball stud (26) in this bellmouth, described ball stud (26) is fixed with nut, left and right sides suit ball cup (25) on the sphere of described ball stud (26), described ball cup (25) is sleeved in the pull bar pipe (27) of screw thread in band, at window that described ball stud (26) use is installed of the below of described pull bar pipe (27) design, screw a look nut with male thread (24) in the hole, the right of described pull bar pipe (27), screw the feeding expansion link (30) of band nut (28) on the left side of described pull bar pipe (27), in the left side of the right-hand member male thread of described expansion link (30) and described pull bar pipe (27), screw thread matches, the right-hand member top of described expansion link (30) is pressed in the left side of ball cup (25), installing hole on the left end cylinder head (32) of hydraulic cylinder (31) inserts from the top down and fixes with nut with cone pin (33) after overlapping the top bellmouth of described supporting steel panel seat (35), and described cone pin (33) becomes hinged cooperation with described cylinder head (32), sit and put the high-speed hydraulic motor (13) of an output shaft (21) with male thread in the upper right side of described supporting plate (12), the center line of the output shaft of described high-speed hydraulic motor (13) keeps concentric with the center line of described driving disc spacing pressing (1), before and after described high-speed hydraulic motor (13), with four same bolts, fix, on the left side of the output shaft (21) of described high-speed hydraulic motor (13), cover is put " U " shape guard shield (14), described " U " shape guard shield (14) is greater than semicircle, the upper sliding holder with the dextrad step (15) that fills of the output shaft (21) in left side in the middle of described " U " shape guard shield (14), cushion (17) in an anti-skidding use of the right of described holder (15) stack, fluted disc (16) on the right sliding sleeve of described cushion (17), be provided with splayed cutting teeth (22) on the excircle of described fluted disc (16), be provided with the cushion (17) of anti-skidding use on the right of described fluted disc (16), at the right of described cushion (17) sliding dress pressure pad (18), on the right of described pressure pad (18) near the right inside side of " U " shape guard shield (14), fill the pad (19) of a locking use in the right cunning of " U " shape guard shield (14), screw a pressure nut on the right of described pad (19), two tubing interfaces on described hydraulic cylinder (31) are connected with two of the tops petroleum pipeline of described driving disc spacing pressing (1) with high-voltage tube, and two high-pressure oil pipes (23) on described high-speed hydraulic motor (13) join with two oil pipes of described driving disc spacing pressing (1) below respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203481305U CN203331243U (en) | 2013-06-18 | 2013-06-18 | Universal cutting machine used in high and low altitude |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203481305U CN203331243U (en) | 2013-06-18 | 2013-06-18 | Universal cutting machine used in high and low altitude |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203331243U true CN203331243U (en) | 2013-12-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013203481305U Expired - Lifetime CN203331243U (en) | 2013-06-18 | 2013-06-18 | Universal cutting machine used in high and low altitude |
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| Country | Link |
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| CN (1) | CN203331243U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108748407A (en) * | 2018-06-06 | 2018-11-06 | 芜湖优诺信息科技有限公司 | A kind of timber cools down cutter device automatically |
| CN108748421A (en) * | 2018-06-06 | 2018-11-06 | 芜湖优诺信息科技有限公司 | A kind of timber cutter device using ice block cooling |
-
2013
- 2013-06-18 CN CN2013203481305U patent/CN203331243U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108748407A (en) * | 2018-06-06 | 2018-11-06 | 芜湖优诺信息科技有限公司 | A kind of timber cools down cutter device automatically |
| CN108748421A (en) * | 2018-06-06 | 2018-11-06 | 芜湖优诺信息科技有限公司 | A kind of timber cutter device using ice block cooling |
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| GR01 | Patent grant | ||
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Granted publication date: 20131211 |