CN104163307A - Guide-rail type traveling structure for device - Google Patents

Guide-rail type traveling structure for device Download PDF

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Publication number
CN104163307A
CN104163307A CN201410382594.7A CN201410382594A CN104163307A CN 104163307 A CN104163307 A CN 104163307A CN 201410382594 A CN201410382594 A CN 201410382594A CN 104163307 A CN104163307 A CN 104163307A
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CN
China
Prior art keywords
longitudinal
guide rail
platform girder
bar
platform
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Granted
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CN201410382594.7A
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Chinese (zh)
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CN104163307B (en
Inventor
罗锦华
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Shenzhen Gongkan Geotechnical Group Co Ltd
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Shenzhen Gongkan Geotechnical Group Co Ltd
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Priority to CN201410382594.7A priority Critical patent/CN104163307B/en
Publication of CN104163307A publication Critical patent/CN104163307A/en
Application granted granted Critical
Publication of CN104163307B publication Critical patent/CN104163307B/en
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Abstract

The invention relates to the technical field of device traveling structures, and discloses a guide-rail type traveling structure for a device. The guide-rail type traveling structure comprises two platform girders and guide rail beams arranged below the platform girders. A transverse adjustment mechanism used for adjusting the distance between the two platform girders is arranged between the two platform girders, longitudinal adjustment mechanisms used for adjusting the distances between the guide rail beams and the platform girders above the guide rail beams are arranged between the guide rail beams and the platform girders above the guide rail beams, and a moving mechanism is arranged between the lower end of each longitudinal adjustment mechanism and the corresponding guide rail beam. The two guide rail beams are placed on pedestrian gap zones, the transverse adjustment mechanism is adjusted to enable the lower ends of the longitudinal adjustment mechanisms to be matched with the guide rail beams, and the longitudinal adjustment mechanisms can move along the guide rail beams; the longitudinal adjustment mechanisms are adjusted according to requirements to enable the two platform girders to be located at the positions with the proper heights, in this way, the surveying device and the like do not need to directly travel in a special field, the difficult traveling problem is solved, the field can not be damaged, the traveling efficiency is high, and the construction progress is greatly quickened.

Description

Guide tracked equipment walking structure
Technical field
The present invention relates to the technical field of equipment walking structure, relate in particular to guide tracked equipment walking structure.
Background technology
Carry out or process in the places such as geotechnical engineering investigation drilling operation etc. often need be in vegetable plot, limes marginis, marsh, and like this, the prospecting equipment such as rig, when through these places, can cause large area to damage to place, as damaged large area vegetable plot etc., cause unnecessary loss; In addition, equipment need to be through places such as marsh, shallow water territories sometimes, and carrying or the difficulty in walking of prospecting equipment, have a strong impact on construction speed, even causes the equipment cannot be in place.
In prior art, also there is no corresponding structural device, can make prospecting equipment in the time of the places such as current vegetable plot, limes marginis, marsh, do not damage vegetable plot, and can be fast in marsh, the difficult place walking such as shallow water territory.
Summary of the invention
The object of the present invention is to provide guide tracked equipment walking structure, be intended to solve prospecting equipment of the prior art difficulty in walking in the places such as vegetable plot, marsh, limes marginis, cause the problem of damaging place and affecting construction speed.
The present invention is achieved in that guide tracked equipment walking structure, comprises the two alternate platform girders that are arranged in parallel, and is provided with for regulating described in two the lateral adjustment of spacing between platform girder described in two between platform girder; Described guide tracked equipment walking structure also comprises that two correspondences are placed on the guide rail beam of platform girder below, between the platform girder of each described guide rail beam and its top, be provided with the longitudinal adjusting mechanism for regulating spacing between described guide rail beam and the platform girder of its top, and be provided with the travel mechanism that described longitudinal adjusting mechanism is moved along described guide rail beam between the lower end of described longitudinal adjusting mechanism and described guide rail beam.
Further, described lateral adjustment comprises that two cross-articulation arrange and be located at the lateral cross bar between platform girder described in two, and the middle part of two lateral cross bars is hinged, and forms and first is laterally hinged with a little; One end of each described lateral cross bar be movably connected on one described in platform girder, the other end joins in platform girder described in another.
Further, the first groove bar that the inner side of each described platform girder is provided with interior side opening and extends along described platform girder length, one end of described lateral cross bar is connected with transverse-roller, and described transverse-roller is placed in described the first groove bar.
Further, described in two, between platform girder, be provided with two lateral adjustments bars, described in two, one end of lateral adjustments bar is hinged, and forms second and is laterally hinged with a little, the other end respectively correspondence be articulated with two described in platform girder, and described in two, lateral adjustments bar and two lateral cross bars are positioned opposite.
Further, in first be laterally hinged with a little and second be laterally hinged with a little between, be equipped with lateral adjustments screw rod, a section of described lateral adjustments screw rod is provided with laterally fixing termination, the other end extends outwardly, and is arranged with lateral adjustments nut.
Further, described longitudinal adjusting mechanism comprises that two cross-articulation arrange and be placed in the longitudinal crossbar between the guide rail beam of platform girder and its below, and described in two, longitudinally the middle part of crossbar is hinged, formation first longitudinal hinge-point; Described in two, longitudinally the lower end of crossbar is connected in described guide rail beam by described travel mechanism respectively, and described in one, longitudinally the movable upper end of crossbar is connected in described platform girder, and described in another, longitudinally the upper end of crossbar is articulated with described platform girder.
Further, described travel mechanism comprises and is arranged on the second groove bar of guide rail beam upper end and upper end open and is located at first longitudinal roller of described longitudinal crossbar lower end, described the second groove bar extends along described guide rail beam, and described first longitudinal roller is placed in described the second groove bar.
Further, the three-flute article that the lower end of described platform girder is provided with lower ending opening and extends along described platform girder, described in one, longitudinally the upper end of girder is connected with second longitudinal roller, and described second longitudinal roller is placed in described three-flute article.
Further, between the guide rail beam of described platform girder and its below, be provided with two longitudinal adjusts bar, described in two, longitudinally one end of adjust bar is hinged, form second longitudinal hinge-point, described in one, longitudinally the other end of adjust bar is articulated with described platform girder, described in another, longitudinally the other end of adjust bar joins in the lower end of the longitudinal crossbar being adjacent, and longitudinal longitudinal crossbar positioned opposite described in adjust bar and two described in two.
Further, between described first longitudinal hinge-point and second longitudinal hinge-point, be equipped with longitudinal adjusting screw(rod), one end of described longitudinal adjusting screw(rod) is provided with longitudinally fixing termination, and the other end is arranged with longitudinal setting nut.
Compared with prior art, when needs are during at some special places transport prospecting equipment etc., two guide rail beams are placed on People's Bank of China's gap band, then regulate the lateral adjustment between two platform girders, adjust the spacing between two platform girders, the lower end of longitudinal adjusting mechanism is coordinated with guide rail beam, like this, can make longitudinal adjusting mechanism and platform girder move along guide rail beam; Then, as required, regulate longitudinal adjusting mechanism, make two platform girders in suitable height, like this, prospecting equipment etc. do not need directly directly walking in the places such as vegetable plot, marsh, limes marginis, solve the problem of its difficulty in walking, and can not cause damage to place, its travel efficiency is also high, greatly improves construction speed.
Brief description of the drawings
Fig. 1 is the schematic perspective view of the guide tracked equipment walking structure that provides of the embodiment of the present invention;
Fig. 2 is that the longitudinal adjusting mechanism that provides of the embodiment of the present invention coordinates schematic diagram respectively and between platform girder, guide rail beam;
Fig. 3 is that the lateral adjustment that provides of the embodiment of the present invention coordinates schematic diagram respectively and between two platform girders;
Fig. 4 is that the guide rail beam that the embodiment of the present invention provides is laid on the schematic top plan view in vegetable plot.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Below in conjunction with specific embodiment, realization of the present invention is described in detail.
As shown in Fig. 1~4, it is preferred embodiment provided by the invention.
Shown in Fig. 1~4, the guide tracked equipment walking structure 1 that the present embodiment provides, can be placed on the places such as vegetable plot, marsh, limes marginis, for supplying the walkings such as prospecting equipment, certainly, it also can, for for other various types of equipment walkings, be not limited to the utilization in the present embodiment.
Guide tracked equipment walking structure 1 comprises the two alternate platform girders 11 that are arranged in parallel, and platform girder 11 is strip, according to actual needs, can be set to vertical bar time, or for some special requirements, can also be set to curved formula etc.Two adjacent layouts of platform girder 11, can be parallel, also can non-parallelly arrange, and be provided with lateral adjustment 13 between two platform girders 11, this lateral adjustment 13 is connected to two platform girders 11, for regulating between two platform girders 11 from or moving in opposite directions.
Guide tracked equipment walking structure 1 also comprises that two guide rail beam 12, two guide rail beams 12 are corresponding corresponding with two platform girders 11, and is positioned at the below of platform girder 11, and namely the below of each platform girder 11 is provided with guide rail beam 12.Between the guide rail beam 12 of each platform girder 11 and its below, be provided with longitudinal adjusting mechanism 14, this longitudinal adjusting mechanism 14 is connected to platform girder 11 and guide rail beam 12, be used for regulating platform girder 11 to move up and down with respect to guide rail beam 12, and between the lower end of longitudinal adjusting mechanism 14 and guide rail beam 12, be provided with travel mechanism, this travel mechanism can make whole longitudinal adjusting mechanism 14 move along guide rail beam 12.
In practice, when needs are in vegetable plot, when the place such as marsh or limes marginis delivery prospecting equipment etc., two guide rail beams 12 are placed on to the correct position in place, for example, shown in Fig. 4, two guide rail beams 12 are placed on two People's Bank of China's gap bands in vegetable plot, then regulate the lateral adjustment 13 between two platform girders 11, adjust the spacing between two platform girders 11, the namely distance between two longitudinal adjusting mechanisms 14, the lower end of longitudinal adjusting mechanism 14 is coordinated with guide rail beam 12, like this, can make longitudinal adjusting mechanism 14 and platform girder 11 move along guide rail beam 12, then, as required, regulate longitudinal adjusting mechanism 14, make two platform girders 11 in suitable height.
Prospecting equipment etc. is placed on above-mentioned two platform girders 11 having adjusted, by the effect of the travel mechanism between longitudinal adjusting mechanism 14 and guide rail beam 12, prospecting equipment etc., along with platform girder 11, move along guide rail beam 12, thereby realize walking and the carrying of prospecting equipment.
Prospecting equipment etc. do not need directly directly walking in the places such as vegetable plot, marsh, limes marginis, solve the problem of its difficulty in walking, and can not cause damage to place, and its travel efficiency is also high, greatly improves construction speed.
For some walking length long situations, multistage guide rail beam 12 can be set, in the time carrying out prospecting equipment etc., can segmentation be connected.
In addition, in some lower places of marshy area recent fill equivalent-load ability, in the bottom of guide rail beam 12, some backing plates or panel etc. can be set, to increase the area of thrust surface of guide rail beam 12 bottoms, thereby make the implementation of prospecting equipment etc. more smooth; Also guide rail beam 12 can be erected to cheuch or irrigation canals and ditches etc. upper, like this, and can make guide rail beam 12 cross over easily cheuch or irrigation canals and ditches etc., be convenient to prospecting equipment etc. to carry cheuch or irrigation canals and ditches.
Moreover, because 12 points of two guide rail beams are arranged, it can one high and one lowly be arranged in parallel along slope, now, only need to regulate the longitudinal adjusting mechanism 14 between each guide rail beam 12 and the platform girder 11 of its top, can make two platform girders 11 in sustained height position, namely can make prospecting equipment steadily pass through on irregular place.
According to actual needs, guide rail beam 12 can be straight setting, and certainly, it can be also forniciform, like this, can make prospecting equipment cross curved carrying.Below 11, between two guide rail beams 12, do not need to arrange any transverse connection structure at platform girder, like this, can guarantee that the vegetables under platform girder 11 or other works needing protection can not be damaged in the time of carrying prospecting equipment etc.
Longitudinal adjusting mechanism 14, its object is that the height between implementation platform girder 11 and the guide rail beam 12 of its below regulates, by regulating respectively two longitudinal adjusting mechanisms 14, can make this guide tracked equipment walking structure 1 adapt to ground unfairness time, the different situation of high low degree that guide rail beam 12 is laid.
Lateral adjustment 13, its object is to realize the adjusting of width between two platform girders 11, to be adapted under the not equal site condition of vegetable plot gap width, two different situations of guide rail beam 12 distance.
Shown in Fig. 3, lateral adjustment 13 comprises the lateral cross bar 131 of two cross-articulation, and this two lateral cross bar 131 is arranged between two platform girders 11, both middle parts are hinged, form first and be laterally hinged with a little 134, and, cross-shaped layout between two lateral cross bars 131; One end of each lateral cross bar 131 is movably connected on a platform girder 11, the first mobile terminal that formation can be moved along platform girder 11, and its other end is articulated with another platform girder 11.
Like this, 131 formation of two lateral cross bars are as scissor construction shape, first be laterally hinged with a little 134 as center of turn taking it, in the time that the intersecting angle of two lateral cross bars 131 increases, the spacing between two platform girders 11 increases, now,, along platform girder 11, move towards the other end near another lateral cross bar 131 the first mobile terminal of a lateral cross bar 131; In the time that the intersecting angle of two lateral cross bars 131 dwindles, the spacing between two platform girders 11 is dwindled, and now, the first mobile terminal of a lateral cross bar 131 is along platform girder 11, towards moving away from the other end of another lateral cross bar 131.
Particularly, in the inner side of platform girder 11, be provided with the first groove bar 112 extending along platform girder 11 length directions, this the first groove bar 112 has the side opening that runs through platform girder 11 inner sides, like this, the first mobile terminal of lateral cross bar 131 is placed in this first groove bar 112, can realize along platform girder 11 and moving.
In order to make the first mobile terminal mobile smooth and easy in groove bar, the first mobile terminal is connected with transverse-roller 132, like this, utilizes transverse-roller 132 to move in groove bar.
Certainly,, as other embodiment, the two ends of lateral cross bar 131 also can be hinged on respectively on two platform girders 11, and do not adopt the first above-mentioned mobile terminal.
In order to realize the adjusting to two lateral cross bar 131 intersecting angles, in the present embodiment, between two platform girders 11, be also provided with two lateral adjustments bars 19, one end of these two lateral adjustments bars 19 is hinged, form second and be laterally hinged with a little 191, the other end respectively correspondence is articulated with two platform girders 11, and two lateral adjustments bars 19 and two lateral cross bars 131 are positioned opposite.
What between two lateral cross bars 131, form first is laterally hinged with a little 134, and between two lateral adjustments bars 19, second of formation is laterally hinged with a little between 191, be equipped with lateral adjustments screw rod 152, the two ends of this lateral adjustments screw rod 152 are laterally hinged with a little 134 and second through first respectively and are laterally hinged with a little 191, wherein, its one end arranges laterally fixing termination 151, be fixed connection, the other end extends outwardly, and on it, be arranged with lateral adjustments nut 153, like this, position by turn lateral adjustments nut 153 in lateral adjustments screw rod 152, can regulate in first and be laterally hinged with a little and 134 and second be laterally hinged with the some length of the lateral adjustments screw rod 152 between 191, thereby regulate the spacing between two platform girders 11.
Certainly, after the spacing between two platform girders 11 is determined, utilize lateral adjustments screw rod 152 one end to fix, the other end relies on the lateral adjustments nut 153 that regulates position to be fixed, whole lateral adjustment 13 shapes are fixed, and the spacing between two platform girders 11 is fixed.
Certainly, above-mentioned first is laterally hinged with a little 134 and second is laterally hinged with a little between 191, also can regulate by other structure, is not limited to coordinating between above-mentioned lateral adjustments screw rod 152 and lateral adjustments nut 153.
In order to make to form one between two horizontal line adjusts bar and two lateral cross bars 131, being conducive to integral structure stablizes and regulates, in the present embodiment, the other end of lateral cross bar 131 and the other end of lateral adjustments bar 19 hinged with identical platform girder 11, in same position, be namely also hinged between the two.
Shown in Fig. 2, in the present embodiment, longitudinal adjusting mechanism 14 comprises longitudinal crossbar 141 of two cross-articulation, this two longitudinal crossbar 141 is arranged between platform girder 11 and the guide rail beam 12 of its below, both middle parts are hinged, form first longitudinal hinge-point 144, and, cross-shaped layout between two longitudinal crossbars 141, its lower end is movably connected on guide rail beam 12 by above-mentioned travel mechanism.
Wherein, the movable upper end of a longitudinal crossbar 141 is connected in platform girder 11; The upper end of another longitudinal crossbar 141 is articulated with guide rail beam 12.Utilize above-mentioned travel mechanism, can make the lower end of two longitudinal crossbars 141 move along the length direction of guide rail beam 12.
Like this, 141 formation of two longitudinal crossbars are as scissor construction shape, and taking its first longitudinal hinge-point 144 as center of turn, in the time that the intersecting angle of two longitudinal crossbars 141 increases, the height between platform girder 11 and guide rail beam 12 increases; In the time that the intersecting angle of two longitudinal crossbars 141 dwindles, the reduced height between guide rail beam 12 and platform girder 11.
Particularly, above-mentioned travel mechanism comprises the first longitudinal roller 142 that is arranged on the upper end of guide rail beam 12 and the second groove bar 121 of upper end open and is connected to longitudinal crossbar 141 lower ends, this the second groove bar 121 extends along guide rail beam 12 length directions, like this, first longitudinal roller 142 of the lower end of two longitudinal crossbars 141 is arranged in this second groove bar 121, can realize along guide rail beam 12 and moving.
Particularly, the three-flute articles 111 that the lower end of platform girder 11 is provided with lower ending opening and extends along platform girder 11 length directions, like this, the upper end of a longitudinal crossbar 141 is arranged in this three-flute articles 111, can realize along platform girder 11 and moving.
In order to make the upper end of above-mentioned longitudinal crossbar 141 smooth and easy in three-flute article 111 interior movements, the upper end of this longitudinal crossbar 141 is connected with second longitudinal roller 143, like this, utilizes second longitudinal roller 143 in three-flute article 111 interior movements.
In order to realize the adjusting to two longitudinal crossbar 141 intersecting angles, in the present embodiment, between platform girder 11 and the guide rail beam below it 12, be provided with two longitudinal adjusts bar 17, one end of these two longitudinal adjusts bar 17 is hinged, form second longitudinal hinge-point 171, the other end of one longitudinal adjust bar 17 is articulated with platform girder 11, the other end of another longitudinal adjust bar 17 joins in the lower end of coupled longitudinal crossbar 141, and two longitudinal adjusts bar 17 and two longitudinal crossbars 141 are positioned opposite.
The first longitudinal hinge-point 144 forming between two longitudinal crossbars 141, and between the second longitudinal hinge-point 171 forming between two longitudinal adjusts bar 17, be equipped with longitudinal adjusting screw(rod) 182, the two ends of this longitudinal adjusting screw(rod) 182 are respectively through first longitudinal hinge-point 144 and second longitudinal interface point, wherein, its one end arranges longitudinally fixing termination 181, be fixed connection, the other end extends outwardly, and on it, be arranged with longitudinal setting nut 183, like this, position by the longitudinal setting nut 183 of turn in longitudinal adjusting screw(rod) 182, can regulate the length of the longitudinal adjusting screw(rod) 182 between first longitudinal hinge-point 144 and second longitudinal hinge-point 171, thereby regulate the height between platform girder 11 and the guide rail beam 12 of its below.
Certainly, after the height between platform girder 11 and the guide rail beam 12 of its below is determined, utilize longitudinal adjusting screw(rod) 182 one end to fix, the other end relies on the longitudinal setting nut 183 that regulates position to be fixed, and whole longitudinal adjusting mechanism 14 shapes are fixed.
Certainly, between above-mentioned first longitudinal hinge-point 144 and second longitudinal hinge-point 171, also can regulate by other structure, be not limited to above-mentioned longitudinal adjusting screw(rod) 182 and longitudinal coordinating between setting nut 183.
Be connected with contiguous block 16 with the lower end of the hinged longitudinal crossbar 141 of the other end of longitudinal adjust bar 17, the other end of the other end of its longitudinal adjust bar 17 and longitudinally crossbar 141 is hinged with this contiguous block 16 respectively, and these contiguous block 16 belows are connected with first above-mentioned longitudinal roller 142, this first longitudinal roller 142 is placed in the second groove bar 121.
In order to make to form one between two longitudinal adjusts bar 17 and two longitudinal crossbars 141, being conducive to integral structure stablizes and regulates, in the present embodiment, the other end of the upper end of one longitudinal crossbar 141 and coupled longitudinal adjust bar 17, in same position, is namely also hinged between the two.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.

Claims (10)

1. guide tracked equipment walking structure, is characterized in that, comprises the two alternate platform girders that are arranged in parallel, and is provided with for regulating described in two the lateral adjustment of spacing between platform girder described in two between platform girder; Described guide tracked equipment walking structure also comprises that two correspondences are placed on the guide rail beam of platform girder below, between the platform girder of each described guide rail beam and its top, be provided with the longitudinal adjusting mechanism for regulating spacing between described guide rail beam and the platform girder of its top, and be provided with the travel mechanism that described longitudinal adjusting mechanism is moved along described guide rail beam between the lower end of described longitudinal adjusting mechanism and described guide rail beam.
2. guide tracked equipment walking structure as claimed in claim 1, it is characterized in that, described lateral adjustment comprises that two cross-articulation arrange and be located at the lateral cross bar between platform girder described in two, and the middle part of two lateral cross bars is hinged, and forms and first is laterally hinged with a little; One end of each described lateral cross bar be movably connected on one described in platform girder, the other end joins in platform girder described in another.
3. guide tracked equipment walking structure as claimed in claim 2, it is characterized in that, the first groove bar that the inner side of each described platform girder is provided with interior side opening and extends along described platform girder length, one end of described lateral cross bar is connected with transverse-roller, and described transverse-roller is placed in described the first groove bar.
4. the guide tracked equipment walking structure as described in claims 1 to 3 any one, it is characterized in that, described in two, between platform girder, be provided with two lateral adjustments bars, described in two, one end of lateral adjustments bar is hinged, forming second is laterally hinged with a little, the other end respectively correspondence be articulated with two described in platform girder, and described in two, lateral adjustments bar and two lateral cross bars are positioned opposite.
5. guide tracked equipment walking structure as claimed in claim 4, it is characterized in that, in first be laterally hinged with a little and second be laterally hinged with a little between, be equipped with lateral adjustments screw rod, one section of described lateral adjustments screw rod is provided with laterally fixing termination, the other end extends outwardly, and is arranged with lateral adjustments nut.
6. guide tracked equipment walking structure as claimed in claim 1, it is characterized in that, described longitudinal adjusting mechanism comprise two cross-articulation arrange and be placed in platform girder with its below guide rail beam between longitudinal crossbar, described in two, longitudinally the middle part of crossbar is hinged, and forms first longitudinal hinge-point; Described in two, longitudinally the lower end of crossbar is connected in described guide rail beam by described travel mechanism respectively, and described in one, longitudinally the movable upper end of crossbar is connected in described platform girder, and described in another, longitudinally the upper end of crossbar is articulated with described platform girder.
7. guide tracked equipment walking structure as claimed in claim 6, it is characterized in that, described travel mechanism comprises and is arranged on the second groove bar of guide rail beam upper end and upper end open and is located at first longitudinal roller of described longitudinal crossbar lower end, described the second groove bar extends along described guide rail beam, and described first longitudinal roller is placed in described the second groove bar.
8. guide tracked equipment walking structure as claimed in claim 7, it is characterized in that, the three-flute article that the lower end of described platform girder is provided with lower ending opening and extends along described platform girder, described in one, longitudinally the upper end of girder is connected with second longitudinal roller, and described second longitudinal roller is placed in described three-flute article.
9. the guide tracked equipment walking structure as described in claim 6 to 8 any one, it is characterized in that, between the guide rail beam of described platform girder and its below, be provided with two longitudinal adjusts bar, described in two, longitudinally one end of adjust bar is hinged, form second longitudinal hinge-point, described in one, longitudinally the other end of adjust bar is articulated with described platform girder, described in another, longitudinally the other end of adjust bar joins in the lower end of the longitudinal crossbar being adjacent, and longitudinal longitudinal crossbar positioned opposite described in adjust bar and two described in two.
10. guide tracked equipment walking structure as claimed in claim 9, it is characterized in that, between described first longitudinal hinge-point and second longitudinal hinge-point, be equipped with longitudinal adjusting screw(rod), one end of described longitudinal adjusting screw(rod) is provided with longitudinally fixing termination, and the other end is arranged with longitudinal setting nut.
CN201410382594.7A 2014-08-05 2014-08-05 Guide tracked equipment walking structure Active CN104163307B (en)

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CN104163307B CN104163307B (en) 2016-08-24

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CN105275195A (en) * 2015-11-08 2016-01-27 薛关炜 Scaffold for construction

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CN102696294A (en) * 2012-06-13 2012-10-03 华南理工大学 Weeding robot with adjustable center of gravity for paddy fields
CN102745458A (en) * 2012-02-10 2012-10-24 湖南吉利汽车部件有限公司 Battery loading vehicle
CN204038319U (en) * 2014-08-05 2014-12-24 深圳市工勘岩土集团有限公司 Guide tracked equipment walking structure

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US4850786A (en) * 1986-05-23 1989-07-25 Standard Manufacturing Company Container handling apparatus
CN1974367A (en) * 2005-11-15 2007-06-06 康碧纳斯有限责任公司 Improved straddle carrier
CN101547822A (en) * 2007-01-30 2009-09-30 株式会社大福 Carriage type conveyance device
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CN102745458A (en) * 2012-02-10 2012-10-24 湖南吉利汽车部件有限公司 Battery loading vehicle
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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105275195A (en) * 2015-11-08 2016-01-27 薛关炜 Scaffold for construction

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