CN105423073A - Mechanical lifting type engineering machinery transfer device - Google Patents

Mechanical lifting type engineering machinery transfer device Download PDF

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Publication number
CN105423073A
CN105423073A CN201511018320.0A CN201511018320A CN105423073A CN 105423073 A CN105423073 A CN 105423073A CN 201511018320 A CN201511018320 A CN 201511018320A CN 105423073 A CN105423073 A CN 105423073A
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CN
China
Prior art keywords
handle
sleeve
connection wire
shell
engineering machinery
Prior art date
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Granted
Application number
CN201511018320.0A
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Chinese (zh)
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CN105423073B (en
Inventor
苏纽
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
NANTONG HAISHI SHIPPING MACHINE Co.,Ltd.
Original Assignee
Chongqing Huandao Machinery Manufacturing Co Ltd
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Priority to CN201511018320.0A priority Critical patent/CN105423073B/en
Publication of CN105423073A publication Critical patent/CN105423073A/en
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Publication of CN105423073B publication Critical patent/CN105423073B/en
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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F16ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
    • F16MFRAMES, CASINGS OR BEDS OF ENGINES, MACHINES OR APPARATUS, NOT SPECIFIC TO ENGINES, MACHINES OR APPARATUS PROVIDED FOR ELSEWHERE; STANDS; SUPPORTS
    • F16M3/00Portable or wheeled frames or beds, e.g. for emergency power-supply aggregates, compressor sets
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B66HOISTING; LIFTING; HAULING
    • B66FHOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
    • B66F19/00Hoisting, lifting, hauling or pushing, not otherwise provided for

Abstract

The invention provides a mechanical lifting type engineering machinery transfer device and belongs to the field of engineering machinery auxiliary devices. The mechanical lifting type engineering machinery transfer device comprises a transporting mechanism and lifting mechanisms, wherein the transporting mechanism and the lifting mechanisms can be dismounted from a mechanical body, so that the mechanical body can work normally during use. When the mechanical body is required to be moved, all that is needed is to mount the transporting mechanism and the lifting mechanisms and rotate rotating pieces through rotation of handles of the lifting mechanisms, the mechanical body can be lifted and then moved, the operation is simple and convenient, and the work efficiency is improved effectively. Besides, the position adjusting mode has less environmental factor influence, the production and application cost is lower, and the work can be finished only through manual operation.

Description

Machinery lifting-type engineering machinery transfer device
Technical field
The present invention relates to engineering machinery auxiliary device field, in particular to mechanical lifting-type engineering machinery transfer device.
Background technique
In the actual using process of engineering machinery, engineering machinery is placed on ground, sometimes needs to adjust the position of engineering machinery, so that use more easily.Be generally use the main equipments such as fork truck to carry out position to move in prior art, this mode of operation comparatively bothers, and is difficult to move at any time as required, makes troubles to construction.
Summary of the invention
The invention provides a kind of mechanical lifting-type engineering machinery transfer device, the problems referred to above are improved.
The present invention is achieved in that
A kind of mechanical lifting-type engineering machinery transfer device, comprising:
Transport establishment, described transport establishment comprises fixing part and at least three transport legs, described fixing part is for being fixedly installed on basic machine, described fixing part and described basic machine are removably connected by flange plate, described flange plate comprises the first flange plate and the second flange plate, first flange plate is for being welded on the outer wall of described basic machine, one end of the close described basic machine of described fixing part is provided with the second flange plate, described first flange plate and described second flange plate are bolted, the quantity of described transport leg and one_to_one corresponding identical with the quantity of described fixing part, the length of described transport leg is greater than the height of described fixing part, top and the described fixing part of described transport leg are hinged, the bottom of described transport leg is provided with the universal wheels that can walk on the ground, the intermediate portion of each described transport leg is provided with two middle turntable, the height of two described middle turntable on each described transport leg is different,
Lifting mechanism, described lifting mechanism comprises adjusting element and two connection wire rods be parallel to each other, described adjusting element comprises shell and two rotating components, two rotating components all rotate the inside being arranged on described shell, described shell dimidiation, removably connected by bolt between shell described in two halves, after shell described in two halves is separated, can cross described rotating component taking-up or put into, the outer wall of two described rotating components is provided with pitch wheel, described in one of them, described shell is stretched out in one end of rotating component, one end of stretching out described shell of described rotating component is external part, described external part is provided with handle with sleeve, the inside of each described rotating component is all engaged with connection wire rod described in one of them, the rotation direction of two described connection wire rods is identical, the end of two described connection wire rods is rotationally connected by middle turntable with adjacent two described transport legs respectively, when rotating described handle with sleeve, two described connection wire rod reversing motions and make two adjacent described transport legs close to each other or mutually away from.
Said basic machine can be the various machineries such as shredder herein, as long as volume within the specific limits, can lift and move, basic machine does not belong to the constituent element of mechanical lifting-type engineering machinery transfer device, be structure and the effect of transfer device for convenience of description, machinery lifting-type engineering machinery transfer device and mechanical lifting-type shredder etc. are two different objects, can think that mechanical lifting-type shredder is that mechanical lifting-type engineering machinery transfer device is assembled into the product that shredder obtains.In normal using process, basic machine is placed on the ground, and transport establishment and lifting mechanism can unload from basic machine, when needs mechanically moving body, first be arranged on respectively on fixing part by transport leg, transport leg can around fixing part at vertical rotation in surface.The length that the length of transport leg is greater than fixing part is in order to after making transport leg turn to several angle, and universal wheels can kiss the earth walking; Shell is by coated for two rotating components, limit the position of rotating component, rotating component can only rotate around Pivot Point Center line, one of them rotating component is driving link, another one rotating component is driven member, driving link can drive driven member to rotate when rotating, and the sense of rotation of driving link is contrary with the sense of rotation of driven member; Rotating component along the axial direction relative movement of connection wire rod, thus can change the position of rotating component in connection wire rod.
During use, first two rotating components on an adjusting element are made to be enclosed within two connection wire rods respectively, two connection wire rods are parallel to each other, then the position of transport leg is regulated, and the end of two connection wire rods is connected on two transport legs in turntable, connection wire rod can be rotated around middle turntable.Then, rotate handle with sleeve, handle with sleeve makes driving link rotate around the shaft axis of connection wire rod and drive driven member synchronous axial system, and driving link and the driven member position in connection wire rod changes simultaneously.
Because the thread rotary orientation of two screw mandrels is identical, and turning to of two rotating components is contrary, and two rotating components are inserted in from one end close to each other of two connection wire rods respectively, therefore two rotating components make the moving direction of two connection wire rods contrary, and then pull two adjacent transport legs close to each other, the angle of transport leg and vertical direction changes, the bottom of namely transporting leg is shunk inwardly, that is the bottom of leg is transported gradually near basic machine, when multiple lifting mechanism works simultaneously, basic machine lifts by lifting mechanism, after basic machine departs from ground, universal wheels and earth surface, basic machine can be made to move on the ground, thus the position realizing basic machine is moved.
After the position of basic machine moves to specified position, counterrotating handle with sleeve can make basic machine fall.Certainly, when installing lifting mechanism, also can first by the end winding support of connection wire rod in middle turntable, and then transport the position of leg by adjustment adjusting element be enclosed within connection wire rod.
Further, also comprise locking and fixing device, described locking and fixing device comprises fixing ring gear, fasten lid and reseting pressuring spring, the side of the close described external part of described shell is provided with the positioning section of tubulose, described fixing ring gear and described fastening lid are all fixedly installed on the outside of described positioning section, described reseting pressuring spring is set in the outside of described positioning section, the two ends of described reseting pressuring spring prop up described shell and described fastening lid respectively, the outer circumference face of described fixing ring gear is provided with embedded groove, described handle with sleeve and described external part are rotationally connected, described handle with sleeve can turn to and embed in described embedded groove, described fastening lid is provided with shoulder hole, the maximum inner diameter of described shoulder hole is greater than the external diameter of described fixing ring gear, the minimum diameter of described shoulder hole is less than the external diameter of described fixing ring gear, the described step surface fastening lid can prop up described fixing ring gear under the effect of described reseting pressuring spring, described handle with sleeve can stretch into described fasten lid in and described fasten lid and described embedded groove effect under fix.
Universal wheels and earth surface is made and after making basic machine depart from ground at rotation handle with sleeve, under gravity, adjacent two transport legs exist mutually away from trend, the improper rotation of rotating component may be caused and with connection wire rod generation relative sliding, there is the danger that basic machine drops.Therefore, use locking and fixing device to be fixed handle with sleeve, after the position of handle with sleeve is fixing, rotating component cannot rotate, and therefore, the relative position of rotating component and connection wire rod remains unchanged, and reduces potential safety hazard.
The concrete locking mode of locking and fixing device is: after completing the position regulation of basic machine, rotating component is kept to fix, pull and fasten lid, fasten lid to move towards the direction away from fixing ring gear, reseting pressuring spring compresses, fixing ring gear exposes, the structure of fixing ring gear can with reference to fluted disc etc., namely the circumferential surface fixing ring gear has multiple embedded groove, rotate handle with sleeve, angle between the shaft axis of handle with sleeve and the shaft axis of connection wire rod gradually changes, until one end away from articulating point of handle with sleeve is embedded in embedded groove.Then unclamp and fasten lid, reseting pressuring spring promotes to fasten lid near fixing ring gear, final fastening lid will be fixed ring gear and surround, the end of handle with sleeve is positioned at and fastens lid, fasten lid and fixing ring gear acting in conjunction, carry out spacing to handle with sleeve, handle with sleeve cannot depart from, because locking and fixing device is connected with shell, shell maintains static, then the position of handle with sleeve cannot rotate, and then realize rotating component and cannot rotate relative to shell, and because connection wire rod cannot be rotated, the position of rotating component and connection wire rod is fixed, maintain the structural stability of transport establishment, avoid the transport leg activity caused under the Action of Gravity Field of basic machine, effective reduction potential safety hazard.
Further, the step surface of described shoulder hole is provided with the expansion slot of ring-type, and one end away from described external part of described handle with sleeve is stretched in described expansion slot.Expansion slot herein can be the circular groove directly caved on step surface, also can be irregular groove, preferably makes expansion slot near the larger inwall of the diameter of shoulder hole.
If the length of handle with sleeve is longer, the end of handle with sleeve is stretched into fasten after in lid and may be propped up the step surface fastening lid, and causing fastening lid cannot fit tightly with fixing ring gear, and then causes locking and fixing device unstable.Be provided with expansion slot in shoulder hole after, even if handle with sleeve is longer, its end also can be stretched in expansion slot, and fastening lid can fit tightly with the sidewall of fixing ring gear, and structure is more stable, effectively reduces potential safety hazard.
Further, described handle with sleeve is at least two, described handle with sleeve is hinged with described external part respectively, the rotational axis line of described handle with sleeve is vertical with the shaft axis of described connection wire rod, described external part is provided with the position stopper for making the shaft axis of described handle with sleeve vertical with the shaft axis of described connection wire rod, described shell is provided with for making described handle with sleeve turn to the gathering part parallel with described connection wire rod gradually, and the described handle with sleeve after gathering can pass through between two described connection wire rods.Certainly, handle with sleeve is not that must to turn to the axis parallel of Pivot Point Center line and connection wire rod just passable, can pass from the gap between two connection wire rods as long as the angle of inclination of handle with sleeve meets it, and, preferably rotate towards the direction away from locking and fixing device herein.
As everyone knows, if the spacing between two parallel connection wire rods is less than the length of handle with sleeve, after handle with sleeve turns to certain position, connection wire rod can stop that handle with sleeve is rotated further, cause the height that cannot continue to regulate basic machine, affect using effect.By arranging multiple handle with sleeve, when a handle with sleeve (hereinafter referred to as " wait passing through handle ") arrives the position near connection wire rod, part is drawn in contact in, other handle with sleeve (hereinafter referred to as " operating grip ") is used to operate, in the process of rotating operation handle, treat be rotated further by handle, in the process, treat to be rotated under the squeezing action of drawing part in by handle, treat by the rotational axis line of handle and the shaft axis of connection wire rod vertical, namely treat to be changed gradually by the angle between the shaft axis of handle and the shaft axis of connection wire rod, until treat by handle roughly the same with the direction of connection wire rod, treat to be passed through from the gap between two connection wire rods by handle, until by handle by gap after under the effect of position stopper gradually depart from draw in part, until treat to be returned to normal operation position by handle.Position stopper can be the various forms such as torsion spring, spring, as long as guarantee that, under the effect not having external force, the shaft axis of handle with sleeve is substantially vertical with the shaft axis of connection wire rod.The structure of drawing part in is unique, such as, can be the structures such as cambered surface, as long as guarantee that handle with sleeve can rotate around the rotational axis line of self, even can adopt manual rotation after handle with sleeve touches gathering part.
Further, described gathering part is arc ring, described arc ring is fixedly connected with described shell, described arc ring is between two described connection wire rods, described handle with sleeve can with described arc loop contacts, in described external part rotation process, described handle with sleeve can slide along described arc ring and one end away from described external part of described handle with sleeve is close to described connection wire rod gradually.
The set-up mode of arc ring is varied, can be such as be horizontally disposed with, can also be obliquely installed, be preferably arc ring and be obliquely installed, the mode of inclination is: the height of arc ring reduces to the connection wire rod not being provided with handle with sleeve to the other end gradually by near one end of shell.Height difference between the rotational axis line of the partial distance handle with sleeve contacted with handle with sleeve of arc ring first reduces rear increase, and the level interval first increases and then decreases between the rotational axis line of the partial distance handle with sleeve contacted with handle with sleeve of arc ring, thus guarantee that one end away from external part of handle with sleeve is close to connection wire rod gradually.
Further, described fixing part is around the center line Rotational Symmetry of described basic machine, one end away from described basic machine of described fixing part is U-shaped block, two side plates of described U-shaped block are equipped with roller pin, and the top of described transport leg to be stretched in described U-shaped block and is rotationally connected around described roller pin.
The lifting heights of fixing part machinery body pieces when the center line Rotational Symmetry of basic machine can guarantee that the rotation angle of handle with sleeve is identical is as far as possible identical, in addition, effectively can maintain the steadiness of basic machine.Roller pin and the cooperation of U-shaped block make transport establishment etc. to be removed, and depositing separately, not affecting the use of basic machine when not using.
Further, top and the bottom of described transport leg are respectively arranged with snap ring, and described snap ring is C font, and two described connecting rods on described transport leg can be fixed respectively in described snap ring.
Connection wire rod can be fixed by snap ring, and when not using, convenient for collecting, effectively reduces space hold.
Further, the bottom of transporting leg described at least one is provided with Locking Device, described Locking Device comprises fixed block, latch and operating handle, described fixed block and described transport leg removably connect, described fixed block is divided into two half blocks, is removably connected between two half blocks by bolt, and described operating handle comprises active section, linkage section and manipulation section, the two ends of described linkage section are connected with described active section and described manipulation section respectively, and described active section is coniform or hemispherical;
The opposing side of two described half blocks is provided with groove, two grooves on two described half blocks can form circular cylindrical cavity, described linkage section is slidably arranged in described circular cylindrical cavity, the sidewall of described groove is provided with blind hole, first spring and depression bar are set in described blind hole, the sidewall of described linkage section is provided with the first chute, described first spring promotes described depression bar and props up described first chute, described first chute comprises the locking slot that head and the tail successively connect, transition slot and action groove, described locking slot cross setting, described action groove is vertically arranged, the degree of depth of described locking slot is greater than the degree of depth of described action groove, the degree of depth of described transition slot is reduced to the other end gradually by the one end near described locking slot, one end degree of depth of described transition slot is identical with the degree of depth of described locking slot, the other end degree of depth of described transition slot is identical with the degree of depth of described action groove,
The sidewall of described half block is provided with the second chute, the bottom surface of described latch is plane, described latch comprises integrated first paragraph, second segment and the 3rd section, the end face of described first paragraph and described second segment is inclined-plane, the end face gradient of described first paragraph is identical with the end face gradient of described second segment, the both sides of described second segment are provided with slide block, described skid is embedded in described second chute, the second spring for making described slide block reset is provided with in described second chute, the side away from described second segment of described 3rd section is inclined-plane and contacts with described active section,
When described operating stem moves downward, described operating handle can promote described latch along described second slide and described depression bar slide along described action groove; When bottom surface and the earth surface of described latch, described universal wheels contacts with the end face of described first paragraph and can roll along the end face of described first paragraph; When described operating handle rotation is positioned at transition slot to described depression bar, described second spring promotes the reset of described latch and depression bar slides along described transition slot.
In traveling process, the least significant end of Locking Device is above the ground level, and there is not active force between bottom surface, when needs temporarily halt, tramp with one's feet and step on operating handle, operating handle moves downward, depression bar slides along action groove, the active section of operating handle props up the 3rd section of latch, due to the effect of the second chute and slide block, latch can only move obliquely along the direction of the second chute, first spring is compressed, until the bottom surface kiss the earth of latch, now universal wheels starts the end face contacting first paragraph, now continue pushing equipment to advance, universal wheels rolls along the end face of first paragraph, thus make universal wheels herein depart from ground, final depression bar arrives in locking slot, latch keeps motionless, due to latch and bottom surface area of contact larger, therefore, equipment halts.When needing to move on, rotate the manipulation section of operating handle, depression bar is made to slide to one end of close transition slot from one end of the close action groove of lock groove, when depression bar enters transition slot, because the degree of depth of transition slot reduces gradually, the second spring promotes the slide block of second segment, make latch returning position, 3rd section of promotion operating handle rises, and universal wheels slides until universal wheels and earth surface along the end face of first paragraph, can normally travel.
Further, described transport leg is flexible rod.
Flexible rod makes transport leg to elongate or shorten, and the basic machine adapting to different heights uses.
Further, two rotating components all rotate the inside being arranged on described shell by bearing.
Bearing makes the rotation of rotating component more smooth and easy, reduces the working life of frictional loss, time saving and energy saving, effective prolongation adjusting element.
Described shell is provided with the dial of the rotation angle for measuring described handle with sleeve.
Dial can detect the rotation angle of handle with sleeve, thus can the rotation angle of the multiple handle with sleeve of fixing quantity, and the lifting heights realizing basic machine each several part is identical, guarantees its stability.
Compared with prior art, the invention has the beneficial effects as follows: transport establishment and lifting mechanism can unload from basic machine, basic machine can normally be worked in use, when needing mechanically moving body, only need installation and transportation mechanism and lifting mechanism and by handle with sleeve, rotating component rotated basic machine to be lifted, then it is moved, simple to operation, effectively increase work efficiency.In addition, the such environmental effects that the mode of this position adjustment is subject to is less, making user cost is lower, only needs manual operation to complete.
Accompanying drawing explanation
The working state schematic representation of the mechanical lifting-type engineering machinery transfer device that Fig. 1 provides for the embodiment of the present invention;
Fig. 2 is transport establishment and the locking and fixing device annexation schematic diagram of Fig. 1;
Fig. 3 is the longitudinal cross-section sectional view of Fig. 2;
Fig. 4 is the A portion close-up schematic view of Fig. 3;
Fig. 5 is the working state schematic representation of Fig. 3;
Fig. 6 is the handle with sleeve of Fig. 1 and the annexation plan view drawing part in;
Fig. 7 is the handle with sleeve side view of Fig. 1;
The Locking Device working state schematic representation that Fig. 8 provides for the embodiment of the present invention;
Fig. 9 is the B portion close-up schematic view of Fig. 8;
Figure 10 is the Locking Device sectional view of Fig. 1;
Figure 11 is the working state schematic representation of Figure 10;
Figure 12 is the fixed block sectional view of Figure 10;
Figure 13 is the operating handle schematic diagram of Figure 10.
Basic machine 101; Lifting mechanism 102; Fixing part 103; Transport leg 104; Universal wheels 105; Middle turntable 106; Adjusting element 107; Connection wire rod 108; Shell 109; Rotating component 110; Gear 111; External part 112; Handle with sleeve 113; Locking and fixing device 114; Fixing ring gear 115; Fasten lid 116; Reseting pressuring spring 117; Positioning section 118; Expansion slot 119; Draw part 120 in; Bearing 121; Locking Device 122; Fixed block 123; Latch 124; Operating handle 125; Active section 126; Linkage section 127; Handle section 128; Groove 129; Depression bar 130; Locking slot 131; Transition slot 132; Action groove 133; Second chute 134; Slide block 135; Second spring 136.
Embodiment
In the actual using process of engineering machinery, engineering machinery is placed on ground, sometimes needs to adjust the position of engineering machinery, so that use more easily.Be generally use the main equipments such as fork truck to carry out position to move in prior art, this mode of operation comparatively bothers, and is difficult to move at any time as required, makes troubles to construction.
Improve to make the problems referred to above, the invention provides a kind of mechanical lifting-type engineering machinery transfer device, comprise transport establishment and lifting mechanism, transport establishment and lifting mechanism can unload from basic machine, basic machine can normally be worked in use, when needing mechanically moving body, only need installation and transportation mechanism and lifting mechanism and by the handle with sleeve of lifting mechanism, rotating component rotated basic machine to be lifted, then it is moved, simple to operation, effectively increase work efficiency.In addition, the such environmental effects that the mode of this position adjustment is subject to is less, making user cost is lower, only needs manual operation to complete.
For making the object of the embodiment of the present invention, technological scheme and advantage clearly, below in conjunction with the accompanying drawing in the embodiment of the present invention, technological scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Therefore, below to the detailed description of the embodiments of the invention provided in the accompanying drawings and the claimed scope of the present invention of not intended to be limiting, but selected embodiment of the present invention is only represented.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
It should be noted that: represent similar terms in similar label and letter accompanying drawing below, therefore, once be defined in an a certain Xiang Yi accompanying drawing, then do not need to define further it and explain in accompanying drawing subsequently.
In describing the invention, it should be noted that, term " " center ", " on ", D score, " left side ", " right side ", " vertically ", " level ", " interior ", orientation or the position relationship of the instruction such as " outward " are based on orientation shown in the drawings or position relationship, or this invention product orientation of usually putting or position relationship when using, only the present invention for convenience of description and simplified characterization, instead of indicate or imply that the mechanism of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore limitation of the present invention can not be interpreted as.In addition, term " first ", " second ", " the 3rd " etc. only for distinguishing description, and can not be interpreted as instruction or hint relative importance.
In describing the invention, also it should be noted that, unless otherwise clearly defined and limited, term " setting ", " installation ", " being connected ", " connection " should be interpreted broadly, and such as, can be fixedly connected with, also can be removably connect, or connect integratedly; Can be mechanical connection, also can be electrical connection; Can be directly be connected, also indirectly can be connected by intermediary, can be the connection of two element internals.For the ordinary skill in the art, concrete condition above-mentioned term concrete meaning in the present invention can be understood.
The working state schematic representation of the mechanical lifting-type engineering machinery transfer device that Fig. 1 provides for the embodiment of the present invention; Fig. 2 is transport establishment and the locking and fixing device annexation schematic diagram of Fig. 1; Fig. 3 is the longitudinal cross-section sectional view of Fig. 2; Fig. 4 is the A portion close-up schematic view of Fig. 3; Fig. 5 is the working state schematic representation of Fig. 3; Fig. 6 is the handle with sleeve of Fig. 1 and the annexation plan view drawing part in; Fig. 7 is the handle with sleeve side view of Fig. 1; The Locking Device working state schematic representation that Fig. 8 provides for the embodiment of the present invention; Fig. 9 is the B portion close-up schematic view of Fig. 8; Figure 10 is the Locking Device sectional view of Fig. 1; Figure 11 is the working state schematic representation of Figure 10; Figure 12 is the fixed block sectional view of Figure 10; Figure 13 is the operating handle schematic diagram of Figure 10.
As shown in Fig. 1-Figure 13, embodiments provide a kind of mechanical lifting-type engineering machinery transfer device, comprise transport establishment and lifting mechanism 102, for convenience of description, be described engineering machinery transfer device to be arranged on use on basic machine 101, certainly, basic machine 1 is not the constituent element of engineering machinery transfer device, here just to clearly showing structure and the use of engineering machinery transfer device intuitively.
As shown in Figure 1, the middle part of basic machine 101 is provided with at least three fixing parts 103, be preferably four, described fixing part and described basic machine, fixing part 103 and basic machine 101 are removably connected by flange plate, flange plate comprises the first flange plate and the second flange plate, first flange plate is for being welded on the outer wall of basic machine 101, one end of the close basic machine 101 of fixing part 103 is provided with the second flange plate, first flange plate and the second flange plate are bolted, be preferably welding, fixing part 103 is around the surrounding being arranged on basic machine 101.
As shown in Figure 1, transport establishment comprises at least three transport legs 104, be preferably four, quantity and the one_to_one corresponding identical with the quantity of fixing part 103 of transport leg 104, the length of transport leg 104 is greater than the height of fixing part 103, and top and the fixing part 103 of transport leg 104 are hinged, and the bottom of transport leg 104 is provided with the universal wheels 105 that can walk on the ground, the intermediate portion of each transport leg 104 is provided with two middle turntable 106, and the height of two on each transport leg 104 middle turntable 106 is different; Middle turntable 106 can be stationary axle, can also be the projection etc. with axle.
As Fig. 2, Fig. 3, shown in Fig. 5, lifting mechanism 102 comprises adjusting element 107 and two connection wire rods be parallel to each other 108, adjusting element 107 comprises shell 109 and two rotating components 110, two rotating components 110 all rotate the inside being arranged on shell 109, shell 109 dimidiation, removably connected by bolt between two half-shells 109, after two half-shells 109 are separated, can cross and rotating component 110 is taken out or puts into, the outer wall of two rotating components 110 is provided with pitch wheel 111, shell 109 is stretched out in one end of one of them rotating component 110, one end of stretching out shell 109 of rotating component 110 is external part 112, external part 112 is provided with handle with sleeve 113, the inside of each rotating component 110 is all engaged with one of them connection wire rod 108, the Placement of rotating component 110 and connection wire rod 108 is similar to the Placement of nuts and bolt, the rotation direction of two connection wire rods 108 is identical, the end of two connection wire rods 108 is transported leg 104 with adjacent two respectively and is rotationally connected by middle turntable 106, when rotating handle with sleeve 113, the reversing motion of two connection wire rods 108 and make adjacent two transport legs 104 close to each other or mutually away from.Can install easily to make rotating component 110, shell 109 can be designed to two halves, when installing rotating component 110, by two half-shells 109 separately, then rotating component 110 is put into a wherein half-shells 109, then an other half-shells 109 is engaged and uses bolt etc. to be fixed.
In normal using process, basic machine 101 is placed on the ground, transport establishment and lifting mechanism 102 can unload from basic machine 101, when needs mechanically moving body 101, first be arranged on fixing part 103 respectively by transport leg 104, transport leg 104 can around fixing part 103 at vertical rotation in surface.The length that the length of transport leg 104 is greater than fixing part 103 is in order to after making transport leg 104 turn to several angle, and universal wheels 105 can kiss the earth walking; Shell 109 is by coated for two rotating components 110, limit the position of rotating component 110, rotating component 110 can only rotate around Pivot Point Center line, one of them rotating component 110 is driving link, another one rotating component 110 is driven member, driving link can drive driven member to rotate when rotating, and the sense of rotation of driving link is contrary with the sense of rotation of driven member; Rotating component 110 along the axial direction relative movement of connection wire rod 108, thus can change the position of rotating component 110 in connection wire rod 108.
During use, first two rotating components 110 on an adjusting element 107 are made to be enclosed within two connection wire rods 108 respectively, two connection wire rods 108 are parallel to each other, then the position of transport leg 104 is regulated, and the end of two connection wire rods 108 is connected on two transport legs in turntable 106, connection wire rod 108 can be rotated around middle turntable 106.Then, rotate handle with sleeve 113, handle with sleeve 113 makes driving link rotate around the shaft axis of connection wire rod 108 and drive driven member synchronous axial system, and driving link and the position of driven member in connection wire rod 108 change simultaneously.
Because the thread rotary orientation of two screw mandrels is identical, and turning to of two rotating components 110 is contrary, and two rotating components 110 are inserted in from one end close to each other of two connection wire rods 108 respectively, therefore two rotating components 110 make the moving direction of two connection wire rods 108 contrary, and then pull two adjacent transport legs 104 close to each other, transport leg 104 changes with the angle of vertical direction, the bottom of namely transporting leg 104 is shunk inwardly, that is the bottom of leg 104 is transported gradually near basic machine 101, when multiple lifting mechanism 102 works simultaneously, basic machine 101 lifts by lifting mechanism 102, after basic machine 101 departs from ground, universal wheels 105 and earth surface, basic machine 101 can be made to move on the ground, thus the position realizing basic machine 101 is moved.
After the position of basic machine 101 moves to specified position, counterrotating handle with sleeve 113 can make basic machine 101 fall.Certainly, install lifting mechanism 102 time, also can first by the end winding support of connection wire rod 108 in middle turntable 106, and then by adjustment transport leg 104 position adjusting element 107 is enclosed within connection wire rod 108.
As the preferred version of this embodiment, as Figure 2-Figure 5, also comprise locking and fixing device 114, locking and fixing device 114 comprises fixing ring gear 115, fasten lid 116 and reseting pressuring spring 117, the side of the close external part 112 of shell 109 is provided with the positioning section 118 of tubulose, fixing ring gear 115 and fastening lid 116 are all fixedly installed on the outside of positioning section 118, reseting pressuring spring 117 is set in the outside of positioning section 118, the two ends of reseting pressuring spring 117 prop up shell 109 respectively and fasten lid 116, the outer circumference face of fixing ring gear 115 is provided with embedded groove, handle with sleeve 113 and external part 112 are rotationally connected, handle with sleeve 113 can turn to and embed in embedded groove, fasten lid 116 and be provided with shoulder hole, the maximum inner diameter of shoulder hole is greater than the external diameter of fixing ring gear 115, the minimum diameter of shoulder hole is less than the external diameter of fixing ring gear 115, the step surface fastening lid 116 can prop up fixing ring gear 115 under the effect of reseting pressuring spring 117, handle with sleeve 113 can stretch into and fastens in lid 116 and fix under the effect fastening lid 116 and embedded groove.
Make universal wheels 105 with earth surface and after making basic machine 101 depart from ground at rotation handle with sleeve 113, under gravity, adjacent two transport legs exist mutually away from trend, the improper rotation of rotating component 110 may be caused and with connection wire rod 108, relative sliding occurs, there is the danger that basic machine 101 drops.Therefore, use locking and fixing device 114 pairs of handle with sleeves 113 to be fixed, after the position of handle with sleeve 113 is fixing, rotating component 110 cannot rotate, and therefore, the relative position of rotating component 110 and connection wire rod 108 remains unchanged, and reduces potential safety hazard.
The concrete locking mode of locking and fixing device 114 is: after completing the position regulation of basic machine 101, rotating component 110 is kept to fix, pull and fasten lid 116, fasten lid 116 to move towards the direction away from fixing ring gear 115, reseting pressuring spring 117 compresses, fixing ring gear 115 exposes, the structure of fixing ring gear 115 can with reference to fluted disc etc., namely the circumferential surface fixing ring gear 115 has multiple embedded groove, rotate handle with sleeve 113, angle between the shaft axis of handle with sleeve 113 and the shaft axis of connection wire rod 108 gradually changes, until one end away from articulating point of handle with sleeve 113 is embedded in embedded groove.Then unclamp and fasten lid 116, reseting pressuring spring 117 promotes to fasten lid 116 near fixing ring gear 115, fixing ring gear 115 surrounds by final fastening lid 116, the end of handle with sleeve 113 is positioned at and fastens lid 116, fasten lid 116 and fixing ring gear 115 acting in conjunction, carry out spacing to handle with sleeve 113, handle with sleeve 113 cannot depart from, because locking and fixing device 114 is connected with shell 109, shell 109 maintains static, then the position of handle with sleeve 113 cannot rotate, and then realize rotating component 110 and cannot rotate relative to shell 109, and because connection wire rod 108 cannot be rotated, the position of rotating component 110 and connection wire rod 108 is fixed, maintain the structural stability of transport establishment, avoid transport leg 104 activity caused under the Action of Gravity Field of basic machine 101, effective reduction potential safety hazard.
As the preferred version of this embodiment, as shown in Figure 4, the step surface of shoulder hole is provided with the expansion slot 119 of ring-type, and one end away from external part 112 of handle with sleeve 113 is stretched in expansion slot 119.Expansion slot 119 herein can be the circular groove directly caved on step surface, also can be irregular groove, preferably makes expansion slot 119 near the larger inwall of the diameter of shoulder hole.
If the length of handle with sleeve 113 is longer, the end of handle with sleeve 113 is stretched into fasten after in lid 116 and may be propped up the step surface fastening lid 116, and causing fastening lid 116 cannot fit tightly with fixing ring gear 115, and then causes locking and fixing device 114 unstable.Be provided with expansion slot 119 in shoulder hole after, even if handle with sleeve 113 is longer, its end also can be stretched in expansion slot 119, and fastening lid 116 can fit tightly with the sidewall of fixing ring gear 115, and structure is more stable, effectively reduces potential safety hazard.
As the preferred version of this embodiment, as Fig. 2, Fig. 3, Fig. 5, shown in Fig. 6, handle with sleeve 113 is at least two, be preferably four, handle with sleeve 113 is hinged with external part 112 respectively, the rotational axis line of handle with sleeve 113 is vertical with the shaft axis of connection wire rod 108, external part 112 is provided with the position stopper for making the shaft axis of handle with sleeve 113 vertical with the shaft axis of connection wire rod 108, shell 109 is provided with for making handle with sleeve 113 turn to the gathering part 120 parallel with connection wire rod 108 gradually, handle with sleeve 113 after gathering can pass through between two connection wire rods 108.Certainly, handle with sleeve 113 is not that must to turn to the axis parallel of Pivot Point Center line and connection wire rod 108 just passable, can pass from the gap between two connection wire rods 108 as long as the angle of inclination of handle with sleeve 113 meets it, further, preferably rotate towards the direction away from locking and fixing device 114 herein.
As everyone knows, if the spacing between two parallel connection wire rods 108 is less than the length of handle with sleeve 113, after handle with sleeve 113 turns to certain position, connection wire rod 108 can stop that handle with sleeve 113 is rotated further, cause the height that cannot continue to regulate basic machine 101, affect using effect.By arranging multiple handle with sleeve 113, when a handle with sleeve 113 (hereinafter referred to as " wait passing through handle ") arrives the position near connection wire rod 108, part 120 is drawn in contact in, other handle with sleeve 113 (hereinafter referred to as " operating grip ") is used to operate, in the process of rotating operation handle, treat be rotated further by handle, in the process, treat to be rotated under the squeezing action of drawing part 120 in by handle, treat by the rotational axis line of handle vertical with the shaft axis of connection wire rod 108, namely treat to be changed gradually by the angle between the shaft axis of handle and the shaft axis of connection wire rod 108, until treat by handle roughly the same with the direction of connection wire rod 108, treat to be passed through from the gap between two connection wire rods 108 by handle, until by handle by gap after under the effect of position stopper gradually depart from draw in part 120, until treat to be returned to normal operation position by handle.Position stopper can be the various forms such as torsion spring, spring, as long as guarantee under the effect not having external force, the shaft axis of handle with sleeve 113 is substantially vertical with the shaft axis of connection wire rod 108.The structure of drawing part 120 in is unique, such as, can be the structures such as cambered surface, as long as guarantee that handle with sleeve 113 can rotate around the rotational axis line of self, even can adopt manual rotation after handle with sleeve 113 touches gathering part 120.
As the preferred version of this embodiment, as shown in Figure 6, drawing part 120 in is arc ring, arc ring is fixedly connected with shell 109, arc ring is between two connection wire rods 108, handle with sleeve 113 can with arc loop contacts, in external part 112 rotation process, handle with sleeve 113 can along arc ring slide and one end away from external part 112 of handle with sleeve 113 is close to connection wire rod 108 gradually.
The set-up mode of arc ring is varied, can be such as be horizontally disposed with, can also be obliquely installed, be preferably arc ring and be obliquely installed, the mode of inclination is: the height of arc ring is reduced to the connection wire rod 108 not being provided with handle with sleeve 113 to the other end gradually by the one end near shell 109.Height difference between the rotational axis line of the partial distance handle with sleeve 113 contacted with handle with sleeve 113 of arc ring first reduces rear increase, and the level interval first increases and then decreases between the rotational axis line of the partial distance handle with sleeve 113 contacted with handle with sleeve 113 of arc ring, thus guarantee that one end away from external part 112 of handle with sleeve 113 is close to connection wire rod 108 gradually.
As the preferred version of this embodiment, fixing part 103 is around the center line Rotational Symmetry of basic machine 101, one end away from basic machine 101 of fixing part 103 is U-shaped block, and two side plates of U-shaped block are equipped with roller pin, and the top of transport leg 104 is stretched in U-shaped block and the pivot pin that rotates is rotationally connected.
The lifting heights of fixing part 103 basic machine 101 each several part when the center line Rotational Symmetry of basic machine 101 can guarantee that the rotation angle of handle with sleeve 113 is identical is as far as possible identical, in addition, effectively can maintain the steadiness of basic machine 101.Roller pin and the cooperation of U-shaped block make transport establishment etc. to be removed, and depositing separately, not affecting the use of basic machine 101 when not using.
As the preferred version of this embodiment, top and the bottom of transport leg 104 are respectively arranged with snap ring, and snap ring is C font, and two connecting rods on transport leg 104 can be fixed in snap ring respectively.Connection wire rod 108 can be fixed by snap ring, and when not using, convenient for collecting, effectively reduces space hold.
As the preferred version of this embodiment, as shown in Fig. 8-Figure 13, the bottom of at least one transport leg 104 is provided with Locking Device 122, a bottom of transporting leg 104 is preferably only had to be provided with Locking Device 122, Locking Device 122 comprises fixed block 123, latch 124 and operating handle 125, fixed block 123 removably connects with transport leg 104, fixed block 123 is divided into two half blocks, removably connected by bolt between two half blocks, operating handle 125 comprises active section 126, linkage section 127 and manipulation section 128, the two ends of linkage section 127 are respectively with active section 126 with handle section 128 and be connected, active section 126 is coniform or hemispherical,
The opposing side of two half blocks is provided with groove 129, two grooves 129 on two half blocks can form circular cylindrical cavity, linkage section 127 is slidably arranged in circular cylindrical cavity, the sidewall of groove 129 is provided with blind hole, first spring and depression bar 130 are set in blind hole, the sidewall of linkage section 127 is provided with the first chute, first spring promotes depression bar 130 and props up the first chute, first chute comprises the locking slot 131 that head and the tail successively connect, transition slot 132 and action groove 133, locking slot 131 cross setting, action groove 133 is vertically arranged, the degree of depth of locking slot 131 is greater than the degree of depth of action groove 133, the degree of depth of transition slot 132 is reduced to the other end gradually by the one end near locking slot 131, one end degree of depth of transition slot 132 is identical with the degree of depth of locking slot 131, the other end degree of depth of transition slot 132 is identical with the degree of depth of action groove 133,
The sidewall of half block is provided with the second chute 134, the bottom surface of latch 124 is plane, latch 124 comprises integrated first paragraph, second segment and the 3rd section, the end face of first paragraph and second segment is inclined-plane, the end face gradient of first paragraph is identical with the end face gradient of second segment, the both sides of second segment are provided with slide block 135, slide block 135 slides and is embedded in the second chute 134, the side away from second segment being provided with the 136, three section, the second spring for making slide block 135 reset in second chute 134 is inclined-plane and contacts with active section 126;
When operating stem moves downward, operating handle 125 can promote latch 124 and slide and depression bar 130 slides along action groove 133 along the second chute 134; When bottom surface and the earth surface of latch 124, universal wheels contacts with the end face of first paragraph and can roll along the end face of first paragraph; Rotated by operating handle 125 when being positioned at transition slot 132 to depression bar 130, the second spring 136 promotes latch 124 and to reset and depression bar 130 slides along transition slot 132.
In traveling process, the least significant end of Locking Device 122 is above the ground level, and there is not active force between bottom surface, when needs temporarily halt, tramp with one's feet and step on operating handle 125, operating handle 125 moves downward, depression bar 130 slides along action groove 133, the active section 126 of operating handle 125 props up the 3rd section of latch 124, due to the effect of the second chute 134 and slide block 135, latch 124 can only move obliquely along the direction of the second chute 134, first spring is compressed, until the bottom surface kiss the earth of latch 124, now universal wheels starts the end face contacting first paragraph, now continue pushing equipment to advance, universal wheels rolls along the end face of first paragraph, thus make universal wheels herein depart from ground, final depression bar 130 arrives in locking slot 131, latch 124 keeps motionless, because latch 124 and bottom surface area of contact are larger, therefore, equipment halts.When needing to move on, rotate the manipulation section 128 of operating handle 125, depression bar 130 is made to slide to one end of close transition slot 132 from one end of the close action groove 133 of lock groove, when depression bar 130 enters transition slot 132, because the degree of depth of transition slot 132 reduces gradually, the second spring 136 promotes the slide block 135 of second segment, make latch 124 returning position, 3rd section of promotion operating handle 125 rises, and universal wheels slides until universal wheels and earth surface along the end face of first paragraph, can normally travel.
As the preferred version of this embodiment, transport leg 104 is flexible rod.Flexible rod makes transport leg 104 to elongate or shorten, and the basic machine 101 adapting to different heights uses.
As the preferred version of this embodiment, two rotating components 110 all rotate the inside being arranged on shell 109 by bearing 121.Bearing 121 makes the rotation of rotating component 110 more smooth and easy, reduces the working life of frictional loss, time saving and energy saving, effective prolongation adjusting element 107.
Shell 109 is provided with the dial of the rotation angle for measuring handle with sleeve 113.Dial can detect the rotation angle of handle with sleeve 113, thus can the rotation angle of the multiple handle with sleeve 113 of fixing quantity, and the lifting heights realizing basic machine 101 each several part is identical, guarantees its stability.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (10)

1. a mechanical lifting-type engineering machinery transfer device, is characterized in that, comprising:
Transport establishment, described transport establishment comprises fixing part and at least three transport legs, described fixing part is for being fixedly installed on basic machine, described fixing part and described basic machine are removably connected by flange plate, described flange plate comprises the first flange plate and the second flange plate, first flange plate is for being welded on the outer wall of described basic machine, one end of the close described basic machine of described fixing part is provided with the second flange plate, described first flange plate and described second flange plate are bolted, the quantity of described transport leg and one_to_one corresponding identical with the quantity of described fixing part, the length of described transport leg is greater than the height of described fixing part, top and the described fixing part of described transport leg are hinged, the bottom of described transport leg is provided with the universal wheels that can walk on the ground, the intermediate portion of each described transport leg is provided with two middle turntable, the height of two described middle turntable on each described transport leg is different,
At least three lifting mechanisms, described lifting mechanism comprises adjusting element and two connection wire rods be parallel to each other, described adjusting element comprises shell and two rotating components, two rotating components all rotate the inside being arranged on described shell, described shell dimidiation, removably connected by bolt between shell described in two halves, after shell described in two halves is separated, can cross described rotating component taking-up or put into, the outer wall of two described rotating components is provided with pitch wheel, described in one of them, described shell is stretched out in one end of rotating component, one end of stretching out described shell of described rotating component is external part, described external part is provided with handle with sleeve, the inside of each described rotating component is all engaged with connection wire rod described in one of them, the rotation direction of two described connection wire rods is identical, the end of two described connection wire rods is rotationally connected by middle turntable with adjacent two described transport legs respectively, when rotating described handle with sleeve, two described connection wire rod reversing motions and make two adjacent described transport legs close to each other or mutually away from.
2. mechanical lifting-type engineering machinery transfer device according to claim 1, it is characterized in that, also comprise locking and fixing device, described locking and fixing device comprises fixing ring gear, fasten lid and reseting pressuring spring, the side of the close described external part of described shell is provided with the positioning section of tubulose, described fixing ring gear and described fastening lid are all fixedly installed on the outside of described positioning section, described reseting pressuring spring is set in the outside of described positioning section, the two ends of described reseting pressuring spring prop up described shell and described fastening lid respectively, the outer circumference face of described fixing ring gear is provided with embedded groove, described handle with sleeve and described external part are rotationally connected, described handle with sleeve can turn to and embed in described embedded groove, described fastening lid is provided with shoulder hole, the maximum inner diameter of described shoulder hole is greater than the external diameter of described fixing ring gear, the minimum diameter of described shoulder hole is less than the external diameter of described fixing ring gear, the described step surface fastening lid can prop up described fixing ring gear under the effect of described reseting pressuring spring, described handle with sleeve can stretch into described fasten lid in and described fasten lid and described embedded groove effect under fix.
3. mechanical lifting-type engineering machinery transfer device according to claim 1, it is characterized in that, the step surface of described shoulder hole is provided with the expansion slot of ring-type, and one end away from described external part of described handle with sleeve is stretched in described expansion slot.
4. mechanical lifting-type engineering machinery transfer device according to claim 1, it is characterized in that, described handle with sleeve is at least two, described handle with sleeve is hinged with described external part respectively, the rotational axis line of described handle with sleeve is vertical with the shaft axis of described connection wire rod, described external part is provided with the position stopper for making the shaft axis of described handle with sleeve vertical with the shaft axis of described connection wire rod, described shell is provided with for making described handle with sleeve turn to the gathering part parallel with described connection wire rod gradually, described handle with sleeve after gathering can pass through between two described connection wire rods.
5. mechanical lifting-type engineering machinery transfer device according to claim 1, it is characterized in that, described gathering part is arc ring, described arc ring is fixedly connected with described shell, described arc ring is between two described connection wire rods, described handle with sleeve can with described arc loop contacts, in described external part rotation process, described handle with sleeve can slide along described arc ring and one end away from described external part of described handle with sleeve is close to described connection wire rod gradually.
6. mechanical lifting-type engineering machinery transfer device according to claim 1, it is characterized in that, described fixing part is around the center line Rotational Symmetry of described basic machine, one end away from described basic machine of described fixing part is U-shaped block, two side plates of described U-shaped block are equipped with roller pin, and the top of described transport leg to be stretched in described U-shaped block and is rotationally connected around described roller pin.
7. mechanical lifting-type engineering machinery transfer device according to claim 1, it is characterized in that, top and the bottom of described transport leg are respectively arranged with snap ring, and described snap ring is C font, and two described connecting rods on described transport leg can be fixed respectively in described snap ring.
8. mechanical lifting-type engineering machinery transfer device according to claim 1, it is characterized in that, the bottom of transporting leg described at least one is provided with Locking Device, described Locking Device comprises fixed block, latch and operating handle, described fixed block and described transport leg removably connect, described fixed block is divided into two half blocks, removably connected by bolt between two half blocks, described operating handle comprises active section, linkage section and manipulation section, the two ends of described linkage section are connected with described active section and described manipulation section respectively, and described active section is coniform or hemispherical;
The opposing side of two described half blocks is provided with groove, two grooves on two described half blocks can form circular cylindrical cavity, described linkage section is slidably arranged in described circular cylindrical cavity, the sidewall of described groove is provided with blind hole, first spring and depression bar are set in described blind hole, the sidewall of described linkage section is provided with the first chute, described first spring promotes described depression bar and props up described first chute, described first chute comprises the locking slot that head and the tail successively connect, transition slot and action groove, described locking slot cross setting, described action groove is vertically arranged, the degree of depth of described locking slot is greater than the degree of depth of described action groove, the degree of depth of described transition slot is reduced to the other end gradually by the one end near described locking slot, one end degree of depth of described transition slot is identical with the degree of depth of described locking slot, the other end degree of depth of described transition slot is identical with the degree of depth of described action groove,
The sidewall of described half block is provided with the second chute, the bottom surface of described latch is plane, described latch comprises integrated first paragraph, second segment and the 3rd section, the end face of described first paragraph and described second segment is inclined-plane, the end face gradient of described first paragraph is identical with the end face gradient of described second segment, the both sides of described second segment are provided with slide block, described skid is embedded in described second chute, the second spring for making described slide block reset is provided with in described second chute, the side away from described second segment of described 3rd section is inclined-plane and contacts with described active section,
When described operating stem moves downward, described operating handle can promote described latch along described second slide and described depression bar slide along described action groove; When bottom surface and the earth surface of described latch, described universal wheels contacts with the end face of described first paragraph and can roll along the end face of described first paragraph; When described operating handle rotation is positioned at transition slot to described depression bar, described second spring promotes the reset of described latch and depression bar slides along described transition slot.
9. mechanical lifting-type engineering machinery transfer device according to claim 1, is characterized in that, two rotating components all rotate the inside being arranged on described shell by bearing.
10. mechanical lifting-type engineering machinery transfer device according to claim 1, is characterized in that, described shell being provided with the dial of the rotation angle for measuring described handle with sleeve.
CN201511018320.0A 2015-12-29 2015-12-29 Mechanical lifting engineering machinery transfer device Active CN105423073B (en)

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CN107289246A (en) * 2017-08-01 2017-10-24 芜湖精达机械制造有限公司 A kind of fresh-water cooler and its mounting bracket
CN114368715A (en) * 2022-03-22 2022-04-19 山西太水市政工程有限公司 Well lid hoisting accessory for municipal construction

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CN205504354U (en) * 2015-12-29 2016-08-24 重庆市环岛机械制造有限公司 Machinery plays lift -type engineering machine tool transfer device

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Publication number Priority date Publication date Assignee Title
CN1131627A (en) * 1995-05-29 1996-09-25 曹建龙 Braking emregency supplementary device for motor vehicle
CN202147668U (en) * 2011-06-25 2012-02-22 宋明帅 Automobile retreat stopper
CN102266815A (en) * 2011-07-25 2011-12-07 河南心连心化肥有限公司 Mobile crusher device
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Publication number Priority date Publication date Assignee Title
CN107289246A (en) * 2017-08-01 2017-10-24 芜湖精达机械制造有限公司 A kind of fresh-water cooler and its mounting bracket
CN114368715A (en) * 2022-03-22 2022-04-19 山西太水市政工程有限公司 Well lid hoisting accessory for municipal construction

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