CN105217511A - Top, heavy lift side machine - Google Patents
Top, heavy lift side machine Download PDFInfo
- Publication number
- CN105217511A CN105217511A CN201510696611.9A CN201510696611A CN105217511A CN 105217511 A CN105217511 A CN 105217511A CN 201510696611 A CN201510696611 A CN 201510696611A CN 105217511 A CN105217511 A CN 105217511A
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- centralized positioning
- erecting frame
- driven shaft
- underframe
- bearing
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Abstract
The present invention relates to top, a kind of heavy lift side machine, this device is connected to form by underframe, Power train and guiding mechanism; Described Power train is bolted erecting frame upper surface bearing seat and reducing motor are fixed in underframe, guiding mechanism to be connected with bolt by pin-and-hole location on the erecting frame side surface that to be fixed on by combination bearing erecting frame in underframe, thus realizes the dipping and heaving of crane.This device runs automatically, and flexibly and easily, lifting action is reliable and stable, and effect is remarkable; For the application being more suitable for this device the working environment that space availability ratio is low, the job requirement of regulation can not only be reached, and compared with the relevant device of congenerous, its manufacturing cost reduces greatly, economical and practical, efficient energy-saving.
Description
Technical field
The present invention relates to a kind of lifting device, particularly top, a kind of heavy lift side machine.
Background technology
At present, the lifting device project organization on market is different, but by propulsion source, to be placed in the device of both sides rare with lifting position, and complex structure, ground degree of utilization is low, and manufacturing cost is also higher, and maintenance process simulation gets up also cumbersome; For the working environment that capacity utilization rate is low, very large waste will be caused.If by propulsion source with lift position and be put in both sides and put into horizontal feed equipment in centre, undoubtedly in cost-saving, and better utilize aspect, space to be all a kind of progressive greatly.
Therefore, provide a kind of structure simple, performance safety is reliable, and effect is remarkable, can fixed journey system, propulsion source and lift the device that position is both sides, i.e. top, heavy lift side machine, is one of these those skilled in the art problem that should address.
Summary of the invention
The object of the invention is to overcome above-mentioned weak point, provide that a kind of structure is simple, reasonable in design, performance safety is reliable, top, effect significant heavy lift side machine.
The technical solution adopted in the present invention is for achieving the above object: top, a kind of heavy lift side machine, is characterized in that this device is connected to form by underframe, Power train and guiding mechanism; Described Power train is bolted erecting frame upper surface bearing seat and reducing motor are fixed in underframe, and guiding mechanism to be connected on the erecting frame side surface that to be fixed on by combination bearing erecting frame in underframe with bolt by pin-and-hole location;
Described underframe comprises base anchor and erecting frame;
Described Power train comprises reducing motor, driving pulley, drive belt, driven pulley, expansion set, long carrying roller, short carrying roller, bearing, backplate, wear-resisting connecting panel, adapter sleeve, axle sleeve A, axle sleeve B, axle sleeve C, driven shaft A, driven shaft B, bearing seat, crank, little circular nut and track roller, described reducing motor is arranged on the upper surface of the erecting frame in underframe, driving pulley to be connected with reducing motor by centralized positioning and to carry out transmission of power by the flat key that reducing motor carries, drive belt is by profile of tooth and driving pulley, driven pulley is connected, driven pulley is connected with the outside face of expansion set by centralized positioning, expansion set by centralized positioning make its inside face respectively with driven shaft A, driven shaft B is connected, outside face respectively with driven pulley, crank is connected, long carrying roller to be connected with driven pulley by centralized positioning and to pass through roundlet nut locking, short carrying roller to be connected with driven pulley by centralized positioning and to pass through roundlet nut locking, bearing by centralized positioning respectively with long carrying roller, short carrying roller is connected and passes through roundlet nut locking, backplate is bolted and is connected with wear-resisting connecting panel, wear-resisting connecting panel is connected with the crane of guiding mechanism by bolt, adapter sleeve crosses centralized positioning and backplate, wear-resisting connecting panel is connected, axle sleeve A is connected with driven shaft A by centralized positioning, axle sleeve B is connected with driven shaft B by centralized positioning, axle sleeve C by centralized positioning respectively with driven shaft A, driven shaft B is connected, driven shaft A is connected with bearing seat by centralized positioning, driven shaft B is connected with bearing seat by centralized positioning, bearing seat is bolted the upper surface of the erecting frame in underframe, crank is connected with expansion set by centralized positioning, track roller is connected with crank by centralized positioning,
Described guiding mechanism comprises combination bearing erecting frame, crane, combination bearing, guide rail; Described combination bearing erecting frame is connected to the erecting frame side surface in underframe by pin-and-hole location and bolt, crane is connected with wear-resisting connecting panel by bolt, and be connected with guide rail with the mode of joining weldering by pin-and-hole location, combination bearing is connected on combination bearing erecting frame by pin-and-hole location with bolt, and guide rail is connected with crane with the mode of joining weldering by pin-and-hole location.
The invention has the beneficial effects as follows: this device can coordinate the working face of arbitrary height to use, and meet the vertical lift of equipment, lifting action is reliable and stable, adaptable, degree of utilization is high, various technological requirement can be met, effectively increase work efficiency.This device is fixed journey system, propulsion source and lift the device that equipment both sides are located in position, designs less than other form congenerous plant area area, and save construction investment, plant layout saves space greatly, greatly reduces investment.
In a word, this apparatus structure is reasonable in design, simple to operation, economical and practical, efficient energy-saving, and is applicable to the every profession and trades such as machine manufacture, and application widely.
Accompanying drawing explanation
Fig. 1 is structural front view of the present invention;
Fig. 2 is structure birds-eye view of the present invention;
Fig. 3 is structure side view of the present invention;
Fig. 4 is along A-A to cross-sectional schematic in Fig. 1;
Fig. 5 is along B-B to cross-sectional schematic in Fig. 1;
In figure:
Underframe: 1-1 base anchor, 1-2 erecting frame;
Power train: 2-1 reducing motor, 2-2 driving pulley, 2-3 drive belt, 2-4 driven pulley, 2-5 expansion set, the long carrying roller of 2-6, the short carrying roller of 2-7,2-8 bearing, 2-9 backplate, the wear-resisting connecting panel of 2-10,2-11 adapter sleeve, 2-12 axle sleeve A, 2-13 axle sleeve B, 2-14 axle sleeve C, 2-15 driven shaft A, 2-16 driven shaft B, 2-17 bearing seat, 2-18 crank, the little circular nut of 2-19,2-20 track roller;
Guiding mechanism: 3-1 combination bearing erecting frame, 3-2 crane, 3-3 combination bearing, 3-4 guide rail.
Detailed description of the invention
Below in conjunction with accompanying drawing and better case study on implementation, to according to detailed description of the invention provided by the invention, structure, feature, details are as follows:
As Figure 1-Figure 5, top, a kind of heavy lift side machine, this device is connected to form by underframe, Power train and guiding mechanism; Described Power train is bolted erecting frame upper surface bearing seat and reducing motor are fixed in underframe, and guiding mechanism to be connected on the erecting frame side surface that to be fixed on by combination bearing erecting frame in underframe with bolt by pin-and-hole location; Thus realize the dipping and heaving of crane.
Described underframe comprises: base anchor 1-1 and erecting frame 1-2; Base anchor 1-1 is arranged on below erecting frame 1-2 by self screw thread, and is placed on ground pre-embedded steel slab.
In this mechanism the setting of each parts and action character as follows:
1-1 base anchor: sheet material weldment, is arranged on below erecting frame 1-2 in bolted mode.
1-2 erecting frame: sheet material weldment, is fixed on its upper surface in bolted mode by reducing motor 2-1, bearing seat 2-17, with bolt connecting mode, combination bearing erecting frame 3-1 is fixed on its side surface with pin-and-hole location.
Described Power train comprises: reducing motor 2-1, driving pulley 2-2, drive belt 2-3, driven pulley 2-4, expansion set 2-5, long carrying roller 2-6, short carrying roller 2-7, bearing 2-8, backplate 2-9, wear-resisting connecting panel 2-10, adapter sleeve 2-11, axle sleeve A2-12, axle sleeve B2-13, axle sleeve C2-14, driven shaft A2-15, driven shaft B2-16, bearing seat 2-17, crank 2-18, little circular nut 2-19, track roller 2-20, described reducing motor peace 2-1 is contained in the upper surface of the erecting frame 1-2 in underframe, driving pulley 2-2 to be connected with reducing motor 2-1 by centralized positioning mode and to carry out transmission of power by the flat key that reducing motor 2-1 carries, drive belt 2-3 is by profile of tooth and driving pulley 2-2, driven pulley 2-4 is connected, driven pulley 2-4 is connected by the outside face of centralized positioning with expansion set 2-5, expansion set 2-5 by the mode of centralized positioning make its inside face respectively with driven shaft A2-15, driven shaft B2-16 is connected, outside face respectively with driven pulley 2-4, crank 2-18 is connected, long carrying roller 2-6 is connected with driven pulley 2-4 by centralized positioning mode and is passed through little circular nut 2-19 and locks, short carrying roller 2-7 is connected with driven pulley 2-4 by centralized positioning mode and is passed through little circular nut 2-19 and locks, bearing 2-8 by centralized positioning mode respectively with long carrying roller 2-6, short carrying roller 2-7 is connected and passes through little circular nut 2-19 and locks, backplate 2-9 is bolted and is connected with wear-resisting connecting panel 2-10, the mode that wear-resisting connecting panel 2-10 is bolted is connected with the crane 3-2 of guiding mechanism, adapter sleeve 2-11 is by centralized positioning mode and backplate 2-9, wear-resisting connecting panel 2-10 is connected, axle sleeve A2-12 is connected with driven shaft A2-15 by the mode of centralized positioning, axle sleeve B2-13 is connected with driven shaft B2-16 by the mode of centralized positioning, axle sleeve C2-14 by the mode of centralized positioning respectively with driven shaft A2-15, driven shaft B2-16 is connected, driven shaft A2-15 is connected with bearing seat 2-17 by centralized positioning mode, driven shaft B2-16 is connected with bearing seat 2-17 by centralized positioning mode, bearing seat 2-17 is bolted the upper surface of the erecting frame 1-2 in underframe, crank 2-18 is connected with expansion set 2-5 by centralized positioning mode, little circular nut 2-19 passes through self screw thread by long carrying roller 2-6, short carrying roller 2-7 is locked on driven pulley 2-4, track roller 2-20 is connected with crank 2-18 by centralized positioning mode.
In this mechanism the setting of each parts and action character as follows:
2-1 reducing motor: be commercially available reducing motor, have stable, the feature such as reliable, is bolted and is fixed on erecting frame 1-2 upper surface, for lifting campaign provides power.
2-2 driving pulley: adopt high strength 45# steel to be processed into, post-processing adopts modified with teeth portion electro-high-frequency hardening, to be connected and to carry out transmission of power by the flat key that reducing motor 2-1 carries by centralized positioning with reducing motor 2-1.
2-3 drive belt: be commercially available prod, has stable, and reliably, the feature such as durable, is connected with driving pulley 2-2, driven pulley 2-4 by profile of tooth.
2-4 driven pulley: city adopts high strength 45# steel to be processed into, post-processing adopts modified with teeth portion electro-high-frequency hardening, crosses centralized positioning and is connected with the outside face of expansion set 2-5.
The features such as 2-5 expansion set: be commercially available prod, has run stability good, durable in use, be equipment transferring power, by the mode of centralized positioning, its inside face be connected with driven shaft A, driven shaft B respectively, outside face is connected with driven pulley, crank respectively.
The long carrying roller of 2-6: be toroidal, is connected by centre hole locate mode with driven pulley 2-4 and passes through little circular nut 2-19 and lock.
The short carrying roller of 2-7: be toroidal, is connected by centralized positioning mode with driven pulley 2-4 and passes through little circular nut 2-19 and lock.
The features such as 2-8 bearing: be commercially available prod, has run stability good, durable in use, are equipment transmission campaign, are connected respectively and are passed through little circular nut 2-19 lock by centralized positioning mode with long carrying roller 2-6, short carrying roller 2-7.
2-9 backplate: standard plate is processed, crosses bolt connection and is connected with wear-resisting connecting panel 2-10.
The wear-resisting connecting panel of 2-10: standard plate is processed, and adopts bolted mode and is connected with the crane 3-2 of guiding mechanism.
2-11 adapter sleeve: be toroidal, central aperture, is connected with backplate 2-9, wear-resisting connecting panel 2-10 by centralized positioning mode.
2-12 axle sleeve A: be toroidal, central aperture, is connected with driven shaft A2-15 by the mode of centralized positioning.
2-13 axle sleeve B: be toroidal, central aperture, the mode crossing centralized positioning is connected with driven shaft B2-16.
2-14 axle sleeve C: be toroidal, central aperture, is connected with driven shaft A2-15, driven shaft B2-16 respectively by the mode of centralized positioning.
2-15 driven shaft A: adopt high strength 45# Steel material to make, surface increases its toughness and hardness through heat treatment, is connected with bearing seat 2-17 by centralized positioning mode.
2-16 driven shaft B: for standard round steel is processed into, to be connected with hydraulic actuating cylinder bearing pin 2-7 by centralized positioning mode and to be used for fixing the axial location of oscillating bearing 2-8 on hydraulic actuating cylinder Connection Block 2-6.
The features such as 2-17 bearing seat: be commercially available prod, has carrying high, durable in use, are bolted the upper surface of the erecting frame 1-2 in underframe.
2-18 crank: sheet material weldment, is connected with expansion set 2-5 by centralized positioning mode.
The little circular nut of 2-19: be commercially available state tender, by self screw thread, long carrying roller 2-6, short carrying roller 2-7 be locked on driven pulley 2-4.
The features such as 2-20 track roller: be commercially available prod, has run stability good, durable in use, are equipment transmission campaign, are connected by centralized positioning mode with crank 2-18.
Described guiding mechanism comprises: combination bearing erecting frame 3-1, crane 3-2, combination bearing 3-3, guide rail 3-4; Described combination bearing erecting frame 3-1 is connected to the erecting frame 1-2 side surface in underframe by pin-and-hole location and bolt connecting mode, the mode that crane 3-2 is bolted is connected with wear-resisting connecting panel 2-10, and be connected with guide rail 3-4 with the mode of joining weldering by pin-and-hole location, combination bearing 3-3 is connected on combination bearing erecting frame 3-1 by pin-and-hole location with bolt connecting mode, and guide rail 3-4 is connected with crane 3-2 with the mode of joining weldering by pin-and-hole location.
3-1 combination bearing erecting frame: sheet material weldment, pin-and-hole location is connected to the erecting frame 1-2 side surface in underframe with bolt connecting mode excessively.
3-2 crane: sheet material weldment, the mode be bolted is connected with wear-resisting connecting panel 2-10, and is connected with guide rail 3-4 with the mode of joining weldering by pin-and-hole location.
The features such as 3-3 combination bearing: be commercially available prod, has carrying high, durable in use, are connected on combination bearing erecting frame 3-1 with bolt connecting mode by pin-and-hole location.
The features such as 3-4 guide rail: be commercially available prod, has carrying high, durable in use, are connected with crane 3-2 with the mode of joining weldering by pin-and-hole location.
Principle of work and main structure:
Underframe: erecting frame is welded by ordinary rectangular pipe, processing is simple, and with low cost, base anchor carries screw rod, regulates integral device height simple and convenient, easy to operate.
Power train: reasonable in design, simple and practical, the present invention makes Whole Equipment noise decline by belt-driving power, and stable action, lifting action rotates 180 ° by driven pulley and crank and completes high point, the conversion of low spot, make lifting bulk velocity more steadily and also driven pulley and crank at driven shaft A, driven shaft B is rely on expansion set to be located by connecting, the benefit that expansion set connects more simply to adjust the level height that four are lifted position, thus ensure that holder point high consistency.
When lifted to have miscellaneous equipment below article time, propulsion source and lifting apparatus can be split and lifted article both sides, greatly save space.
Adopt expansion set respectively by driven shaft A and driven pulley, crank, and driven shaft B and driven pulley, crank are connected and fixed; More simply can adjust the level height that four are lifted position, thus ensure that holder point high consistency.
Guiding mechanism: make device structure more simple by buying commercially available combination bearing and guide rail, it is more accurate that combination bearing erecting frame makes dipping and heaving lead by pin-and-hole location, can effectively avoid combination bearing occurs and guide rail occurs to locate inaccuracy phenomenon.
In a word, this device can install suitable transmission device, flexible and convenient operation based on the actual application requirements, and carry out lifting action arbitrarily within a certain height, horizontal motion is reliable and stable, and institute takes up space little, and effect is remarkable; The application of this device is more suitable for the circumstances of, work under bad environment high for complex process, equipment failure rate, can not only reach the job requirement of regulation, and compared with the relevant device of congenerous, its manufacturing cost reduces greatly, economical and practical, substantially increase work efficiency; The each field of machinery industry can be widely used in.
The technological process being applied to various equipment operating is as follows:
By the elevating control button of outside, control reducing motor and drive workpiece lifting, workpiece rises to high-order rear motor to be stopped, and this signal carries coder by motor and realizes, after obtaining signal, external device can extract workpiece and send instruction, and after motor obtains decline instruction, reversion 180 ° is to lowest order.
This device is convenient to processing and manufacturing, assembling, transport, installation, and easy to maintenance.
Above-mentioned detailed description of carrying out top, this heavy lift side machine with reference to embodiment is illustrative instead of determinate; Therefore in the change do not departed under general plotting of the present invention and amendment, should belong within protection scope of the present invention.
Claims (3)
1. top, a heavy lift side machine, is characterized in that this device is connected to form by underframe, Power train and guiding mechanism; Described Power train is bolted erecting frame upper surface bearing seat and reducing motor are fixed in underframe, and guiding mechanism to be connected on the erecting frame side surface that to be fixed on by combination bearing erecting frame in underframe with bolt by pin-and-hole location;
Described underframe comprises base anchor and erecting frame;
Described Power train comprises reducing motor, driving pulley, drive belt, driven pulley, expansion set, long carrying roller, short carrying roller, bearing, backplate, wear-resisting connecting panel, adapter sleeve, axle sleeve A, axle sleeve B, axle sleeve C, driven shaft A, driven shaft B, bearing seat, crank, little circular nut and track roller, described reducing motor is arranged on the upper surface of the erecting frame in underframe, driving pulley to be connected with reducing motor by centralized positioning and to carry out transmission of power by the flat key that reducing motor carries, drive belt is by profile of tooth and driving pulley, driven pulley is connected, driven pulley is connected with the outside face of expansion set by centralized positioning, expansion set by centralized positioning make its inside face respectively with driven shaft A, driven shaft B is connected, outside face respectively with driven pulley, crank is connected, long carrying roller to be connected with driven pulley by centralized positioning and to pass through roundlet nut locking, short carrying roller to be connected with driven pulley by centralized positioning and to pass through roundlet nut locking, bearing by centralized positioning respectively with long carrying roller, short carrying roller is connected and passes through roundlet nut locking, backplate is bolted and is connected with wear-resisting connecting panel, wear-resisting connecting panel is connected with the crane of guiding mechanism by bolt, adapter sleeve crosses centralized positioning and backplate, wear-resisting connecting panel is connected, axle sleeve A is connected with driven shaft A by centralized positioning, axle sleeve B is connected with driven shaft B by centralized positioning, axle sleeve C by centralized positioning respectively with driven shaft A, driven shaft B is connected, driven shaft A is connected with bearing seat by centralized positioning, driven shaft B is connected with bearing seat by centralized positioning, bearing seat is bolted the upper surface of the erecting frame in underframe, crank is connected with expansion set by centralized positioning, track roller is connected with crank by centralized positioning,
Described guiding mechanism comprises combination bearing erecting frame, crane, combination bearing, guide rail; Described combination bearing erecting frame is connected to the erecting frame side surface in underframe by pin-and-hole location and bolt, crane is connected with wear-resisting connecting panel by bolt, and be connected with guide rail with the mode of joining weldering by pin-and-hole location, combination bearing is connected on combination bearing erecting frame by pin-and-hole location with bolt, and guide rail is connected with crane with the mode of joining weldering by pin-and-hole location.
2. top, heavy lift side according to claim 1 machine, is characterized in that adopting expansion set respectively by driven shaft A and driven pulley, crank, and driven shaft B and driven pulley, crank are connected and fixed.
3. top, heavy lift side according to claim 1 machine, is characterized in that described base anchor is arranged on below erecting frame by self screw thread, and is placed on ground pre-embedded steel slab.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510696611.9A CN105217511A (en) | 2015-10-26 | 2015-10-26 | Top, heavy lift side machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510696611.9A CN105217511A (en) | 2015-10-26 | 2015-10-26 | Top, heavy lift side machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105217511A true CN105217511A (en) | 2016-01-06 |
Family
ID=54986875
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510696611.9A Pending CN105217511A (en) | 2015-10-26 | 2015-10-26 | Top, heavy lift side machine |
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| Country | Link |
|---|---|
| CN (1) | CN105217511A (en) |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN200967736Y (en) * | 2006-11-06 | 2007-10-31 | 湖州德马物流系统工程有限公司 | Lifting equipment for lifting transfer device |
| CN202379659U (en) * | 2011-12-20 | 2012-08-15 | 安徽巨一自动化装备有限公司 | High-speed roller bed lifting mechanism |
| JP2013502358A (en) * | 2009-08-31 | 2013-01-24 | ニンボ バンダ インテリジェント パーキング システム カンパニー リミテッド | Chain lifting device with safe descending stroke |
| CN104401903A (en) * | 2014-12-25 | 2015-03-11 | 江苏冠宇机械设备制造有限公司 | Drive device for pull bar lifting table of automobile production line |
| CN205076749U (en) * | 2015-10-26 | 2016-03-09 | 天津市福臻机电工程有限公司 | Heavy load side top machine |
-
2015
- 2015-10-26 CN CN201510696611.9A patent/CN105217511A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN200967736Y (en) * | 2006-11-06 | 2007-10-31 | 湖州德马物流系统工程有限公司 | Lifting equipment for lifting transfer device |
| JP2013502358A (en) * | 2009-08-31 | 2013-01-24 | ニンボ バンダ インテリジェント パーキング システム カンパニー リミテッド | Chain lifting device with safe descending stroke |
| CN202379659U (en) * | 2011-12-20 | 2012-08-15 | 安徽巨一自动化装备有限公司 | High-speed roller bed lifting mechanism |
| CN104401903A (en) * | 2014-12-25 | 2015-03-11 | 江苏冠宇机械设备制造有限公司 | Drive device for pull bar lifting table of automobile production line |
| CN205076749U (en) * | 2015-10-26 | 2016-03-09 | 天津市福臻机电工程有限公司 | Heavy load side top machine |
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Application publication date: 20160106 |