CN204123035U - The section trimming of a kind of cabin and docking transporter - Google Patents
The section trimming of a kind of cabin and docking transporter Download PDFInfo
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- CN204123035U CN204123035U CN201420557228.6U CN201420557228U CN204123035U CN 204123035 U CN204123035 U CN 204123035U CN 201420557228 U CN201420557228 U CN 201420557228U CN 204123035 U CN204123035 U CN 204123035U
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Abstract
The section trimming of a kind of cabin and docking transporter, belong to product repairing and transporter, solve existing equipment to take into account strange land simultaneously and decompose maintenance product and by the problem of highway, railway long distance transferring product function, for the long-distance transhipment of maintenance and strange land of revolving body docking combination product.The utility model comprises base, left rail, right guide rail, left slide rail, right slide rail, front beam, rear cross beam, fromer rail bracket, rear rail bracket, the first analog bracket, the second analog bracket; Also upper box lid can be added when transporting.The cylindrical section of docking combination product and conical section horizontal support can be resolved into two independent part sections by set of device by the utility model, so that complete internal maintenance work, and two section horizontal supports after decomposition can be docked combination again; And the horizontal fixed support of docking combination product can be protected, to adapt to other transport facility such as highway, railway long-distance transport requirement.
Description
Technical field
The utility model belongs to product repairing and transporter, particularly the trimming of a kind of cabin section and docking transporter, for the long-distance transhipment of maintenance and strange land of revolving body docking combination product.
Background technology
Certain docking combination product is docked by cylindrical section and conical section and forms, and needs cylindrical section, conical section by existing dedicated track docking unwheeling horizontal support product respectively, fixing track carries out move realizing docking or decomposition of cylindrical section and conical section.
Certain docking combination product of delivered user needs to provide after-sale service, two section horizontal supports that product can have been docked by set of device by requirement decompose, complete interiors of products maintenance work, and two section horizontal supports after decomposition can be docked; And by this device, the Product Level fixed support after docking can be protected, to adapt to other transport facility such as highway, railway long-distance transport requirement.
Summary of the invention
The utility model provides the section trimming of a kind of cabin and docking transporter, solve existing equipment to take into account strange land simultaneously and decompose maintenance product and by the problem of highway, railway long distance transferring product function, for maintenance and the transhipment of rotary type two sections docking combination product.
A kind of cabin provided by the utility model section trimming and docking transporter, comprise base, left rail, right guide rail, left slide rail, right slide rail, front beam, rear cross beam, fromer rail bracket, rear rail bracket, the first analog bracket, the second analog bracket;
Described base is welded to form frame structure rectangular flat by the top panel on chassis and surface thereof,
Described left rail is identical with right rail shapes, be respectively cross section in] the roll compacting part of shape, the axis about described base be symmetrical, surperficial respectively by the parallel top panel being fixed on described base in multiple rail brackets left and right; The front end of described left rail and right guide rail is all equipped with two rolling bearings respectively, and bearing stop screw is all equipped with respectively in their rear end;
Described left slide rail is identical with right slide rail shape, be respectively cross section in] the roll compacting part of shape, rolling bearing is all equipped with respectively in their rear end, described front beam is parallel with before and after rear cross beam, the left slide rail parallel with left and right and right slide rail vertical welding composition rectangular frame, be positioned on described left rail and right guide rail, left slide rail and right slide rail are slidably matched by rolling bearing with described left rail and right guide rail respectively;
Described fromer rail bracket is made up of pallet body and the felt rug pasted thereon, and described pallet body forms box part by Plate Welding, and its upper surface is arc surface, and the cylindrical section radian of its radian and combination product coincide, and the arc surface left and right sides is inclined-plane; Bottom pallet body, two ends, left and right have step-like depression respectively; All there is threaded connection hole in step-like concave bottom, for being connected with lift adjustment assembly by bolt; The geomery of described felt rug and the arc surface of pallet body and inclined-plane, the left and right sides match; Bottom described pallet body, two ends, left and right are connected with described front beam respectively by lift adjustment assembly;
Structure, the geomery of described rear rail bracket are identical with described fromer rail bracket, and bottom the pallet body of rear rail bracket, two ends, left and right are connected with described rear cross beam respectively by lift adjustment assembly;
Described lift adjustment assembly is for regulating the vertical height of fromer rail bracket and rear rail bracket;
Described first analog bracket is made up of pedestal and the felt mattress pasted thereon; Described pedestal forms box part by Plate Welding, and its upper surface is taper seat, and the conical section tapering of its tapering and combination product coincide, and the taper seat left and right sides is small arc-shaped; Bottom pedestal 10-1 two ends, left and right respectively by the first cushion block be fixedly connected on described base top panel surface, between described left rail and the rear end of right guide rail and its taper seat axis and left rail and right guide rail parallel;
Structure, the shape of described second analog bracket are identical with the first analog bracket, and only size is different; Bottom its pedestal, two ends, left and right are fixedly connected on the top panel surface of described base, the dead in line of its taper seat axis and described first analog bracket respectively by the second cushion block, the height of the second cushion block, lower than the first cushion block, makes the upper surface taper seat of the first analog bracket and the second analog bracket and the conical section corresponding site of combination product coincide.
Described cabin section trimming and docking transporter, is characterized in that:
The chassis of described base, by the orthogonal framework of the mutual Combination Welding of the channel-section steel of longitudinal direction, cross direction profiles, is welded with the bottom support of 2 lateral arrangement in rectangular frame; On the left of described chassis below after front end, front end and rear end be welded with 3 hoisting rings, chassis lower right-hand side after front end, front end and rear end be welded with 3 hoisting rings, below, left side hoisting ring corresponding to lower right-hand side is symmetrical about the top panel axis of described base, left and right is arranged, wherein, be positioned at left and right sides lower front end, 4 hoisting rings of rear end lift by crane for zero load; 4 hoisting rings of after being positioned at left and right sides lower front end and rear end, for fully loaded lifting, balance to ensure that different operating mode is lifted by crane;
The top panel surface of described base, being welded with symmetrical 4 draw rings outside described left rail and right guide rail, being fixed during for transporting to cabin body by bolt taut band.
Described cabin section trimming and docking transporter, it is further characterized in that:
Place, two rolling bearing 12 installation places, described left rail front end] shape roll compacting part local has last breach and the first two breach, for avoiding rolling bearing Assembly Interference; There are between last breach and the first two breach two adjacent spacing holes; Place, left rail rear end bearing stop screw installation place] shape roll compacting part local has rear breach, in avoiding bearing stop screw Assembly Interference;
Be symmetrical with left rail about the axis of described base, described right guide rail has the structure same with left rail;
Described rail brackets is L shape roll compacting part, and the vertical section of L shape has guide rails assembling hole, and L shape horizontal segment has two bolt connecting holes;
Until before rolling bearing from described left slide rail front end, order has 4 spaced locating holes;
Shape, the structure of described right slide rail are identical with left slide rail, and difference is only that they are symmetry about the axis of described base.
Described lift adjustment assembly can comprise connecting plate, upper adjusting nut, adjusting screw(rod), lower adjusting nut;
Described connecting plate is made up of upper mounting plate integrally and lower convex platform, and upper mounting plate is rectangle, and its corner has connecting hole; In the middle of lower convex platform, there is groove, lower convex platform has the through hole passing perpendicularly through groove;
Described upper adjusting nut is the cylinder that one end has lug, and cylinder bottom surface has axial left handed threaded hole; Lug has and axially vertical connecting hole; The fit depressions of lug and connecting plate, bearing pin passes through hole and the connecting hole of connecting plate, carries out spacing, described upper adjusting nut and connecting plate can be rotated around bearing pin by split pin at end part of pin shaft;
Described adjusting screw(rod) is thin ends and thick middle multidiameter, and centre is six sides, and on the left of six sides, shaft part has left hand thread, and on the right side of six sides, shaft part has right-handed thread; Left side shaft part is threaded with the left handed threaded hole of upper adjusting nut and coordinates;
Described lower adjusting nut is made up of top board integrally and lower cylinder, and top board is rectangular slab, and its center has the right-handed thread through hole of axial penetration top board and lower cylinder, and being threaded with the right side shaft part of adjusting screw(rod) coordinates; Top board corner has connecting hole, for being connected with front beam or rear cross beam by bolt.
The corner, top panel surface of described base can be fixed with guide post respectively, for being case lid guiding; Described guide post is connected to form by bearing pin and split pin by pole socket and guide rod;
Described pole socket is the multidiameter with axial central through hole, and its small end cylindrical bilateral symmetry milling is put down and has the mounting hole of the axis be communicated with described central through hole, and its small end top has notch; The large end of multidiameter is annulus, has 4 connecting through holes along its circle distribution, for being connected with described base upper surface by bolt;
Described guide rod is multidiameter, its end, little axle one end has connecting through hole, the little axle of guide rod is loaded in the central through hole of pole socket, bearing pin is through mounting hole and connecting through hole, carry out spacing by split pin at end part of pin shaft, the little axle of guide rod can be moved up and down in central through hole, after moving on to pole socket upper end, can outwards overturn 90 ° from the notch of pole socket around bearing pin;
Described case lid 20 is made up of case lid framework and covering, and described case lid framework is skeleton Welding Structure, and covering is thin flat plate, and case lid framework is uncovered rectangular cubic case lid by welding formation bottom;
In this cabin section trimming and when docking transporter for transporting, led by a guide post respectively in the corner of described case lid internal cavities, the top panel that is uncovered and described base of case lid contacts.
The left and right side of described case lid is respectively provided with 2 handles respectively;
The top panel of the uncovered shape in bottom of described case lid, size and described base adapts, and side, front, rear, left and right and the described top panel of the described case lid position that connects respectively is connected by 2 hasp locks respectively, and case lid is fastened on base.
Base, left and right rail, left and right slide rail, front and back crossbeam, the first cushion block, the second cushion block, guide post, lift adjustment assembly, front and back guide rail bracket, the first analog bracket, the second analog bracket are first assembled complete before using by the utility model successively; Then assemble case lid, assembly working that hasp lock completes this device;
Product is supported by front and back guide rail bracket, the first analog bracket, the second analog bracket, and wherein the cylindrical section of product is supported by the first analog bracket, the second analog bracket by the conical section of guide rail bracket support, product; As wanted shipping products, 2 bolt taut bands are utilized to be connected on the draw ring of base, be fixed on carriage rail by bolt taut band by before and after product cylindrical section, buckle after case lid connects with hasp lock, this device is made to be placed on haulage vehicle together with product by lifting, by fixedly transporting base and haulage vehicle, Product transport direction is that cylindrical section is at front cone Duan Hou; As will Disassembling Products be carried out, under horizontal support state, moved horizontally by the cylindrical section of left and right slide rail together with front and back guide rail bracket, elevating mechanism support product, product cylindrical section is separated with conical section, also the product cylindrical section after separately can be moved horizontally and dock with conical section; For leading in the fastening of case lid or opening procedure when guide rod being in plumbness, preventing case lid from colliding product, during as Disassembling Products or docking operation will be carried out, guide rod can be overturn 90 ° of levels and be placed on base, the operating space of base is more opened wide.
The cylindrical section of docking combination product and conical section horizontal support can be resolved into two independent part sections by set of device by the utility model, so that complete internal maintenance work, and two section horizontal supports after decomposition can be docked combination again; And the horizontal fixed support of docking combination product can be protected, to adapt to other transport facility such as highway, railway long-distance transport requirement.
Accompanying drawing explanation
Fig. 1 is embodiment schematic diagram of the present utility model;
Fig. 2 is base schematic diagram;
Fig. 3 is bolt taut band schematic diagram;
Fig. 4 is left and right guide rail installation site schematic diagram on base;
Fig. 5 is left rail schematic diagram;
Fig. 6 is rail brackets schematic diagram;
Fig. 7 is left slide rail schematic diagram;
Fig. 8 is forward and backward crossbeam and left and right guide rail annexation schematic diagram;
Fig. 9 (A) is fromer rail bracket front view;
Fig. 9 (B) is fromer rail bracket A direction view;
Figure 10 (A) is lift adjustment assembly schematic diagram;
Figure 10 (B) is connecting plate schematic diagram;
Figure 10 (C) is upper adjusting nut schematic diagram;
Figure 10 (D) is adjusting screw(rod) schematic diagram;
Figure 10 (E) is lower adjusting nut schematic diagram;
Figure 11 (A) is the first analog bracket front view;
Figure 11 (B) is the first analog bracket A direction view;
Figure 12 is the base schematic diagram that corner is fixed with guide post respectively;
Figure 13 (A) is guide post schematic diagram;
Figure 13 (B) is pole socket schematic diagram;
Figure 13 (C) is guide rod schematic diagram;
Figure 14 (A) is case lid bottom view;
Figure 14 (B) is case lid top view;
Figure 15 is the schematic diagram that the utility model adds upper box lid.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further illustrated.
As shown in Figure 1, embodiment of the present utility model, comprises base 1, left rail 2, right guide rail 3, left slide rail 4, right slide rail 5, front beam 6, rear cross beam 7, fromer rail bracket 8, rear rail bracket 9, first analog bracket 10, second analog bracket 11;
As shown in Figure 2, described base 1 is welded to form frame structure rectangular flat by the top panel 1-2 on chassis 1-1 and surface thereof,
The chassis 1-1 of described base 1, by the orthogonal framework of the mutual Combination Welding of the channel-section steel of longitudinal direction, cross direction profiles, is welded with the bottom support 1-5 of 2 lateral arrangement in rectangular frame; On the left of described chassis 1-1 below after front end, front end and rear end be welded with 3 hoisting ring 1-4, chassis 1-1 lower right-hand side after front end, front end and rear end be welded with 3 hoisting ring 1-4, below, left side hoisting ring corresponding to lower right-hand side is symmetrical about the top panel 1-2 axis of described base 1, left and right is arranged, wherein, be positioned at left and right sides lower front end, 4 hoisting ring 1-4 of rear end lift by crane for zero load; 4 hoisting ring 1-4 of after being positioned at left and right sides lower front end and rear end, for fully loaded lifting, balance to ensure that different operating mode is lifted by crane; The top panel 1-2 surface of described base 1, being welded with symmetrical 4 draw ring 1-3, being fixed during for transporting to cabin body by bolt taut band 18 outside the position of left rail 2 to be installed and right guide rail 3.
As shown in Figure 3, in the present embodiment, bolt taut band 18 is the LS01-05 shape bolt taut band of Ju Li group, and bolt taut band 18 is linked up with 18-3 by belt body 18-1, fastener 18-2, two ends and formed; Length adjustment can be carried out to belt body 18-1 rolling by fastener 18-2;
Described bolt taut band 18 two ends hook 18-3 hangs over the draw ring 1-3 of base 1, tightens up belt body 18-1 can fix transferring product by fastener 18-2;
As shown in Figure 4, described left rail 2 is identical with right guide rail 3 shape, be respectively cross section in] the roll compacting part of shape, the axis about described base 1 be symmetrical, surperficial respectively by the parallel top panel 1-2 being fixed on described base 1 of multiple rail brackets about 14; The front end of described left rail 2 and right guide rail 3 is all equipped with two rolling bearings 12 respectively, and bearing stop screw 13 is all equipped with respectively in their rear end;
As shown in Figure 5, place, two rolling bearing 12 installation places, described left rail 2 front end] shape roll compacting part local has last breach 2-1 and the first two breach 2-2, for avoiding rolling bearing 12 Assembly Interference; There are between last breach 2-1 and the first two breach 2-2 two adjacent spacing hole 2-3; Place, left rail 2 rear end bearing stop screw 13 installation place] shape roll compacting part local have rear breach 2-4, for avoiding bearing stop screw 13 Assembly Interference;
Be symmetrical with left rail 2 about the axis of described base 1, described right guide rail 3 has the structure same with left rail 2;
As shown in Figure 6, described rail brackets 14 is L shape roll compacting part, and the vertical section of L shape has guide rails assembling hole 14-1, and L shape horizontal segment has two bolt connecting hole 14-2.
As shown in Figure 7, described left slide rail 4 for cross section in] the roll compacting part of shape, rolling bearing 12 is equipped with in its rear end, and from its front end until before rolling bearing 12, order has 4 spaced locating hole 4-1;
Shape, the structure of described right slide rail 5 are identical with left slide rail 4, and difference is only that they are symmetry about the axis of described base 1;
As shown in Figure 8, described front beam 6 is parallel with before and after rear cross beam 7, the left slide rail 4 parallel with left and right and right slide rail 5 vertical welding composition rectangular frame, be positioned on described left rail 2 and right guide rail 3, left slide rail 4 and right slide rail 5 are slidably matched by rolling bearing 12 with described left rail 2 and right guide rail 3 respectively;
As shown in Fig. 9 (A), Fig. 9 (B), described fromer rail bracket 8 is made up of pallet body 8-1 and the felt rug 8-2 pasted thereon, described pallet body 8-1 forms box part by Plate Welding, its upper surface is arc surface 8-1A, the cylindrical section radian of its radian and combination product coincide, and the arc surface left and right sides is inclined-plane 8-1B; Bottom pallet body 8-1, two ends, left and right have step-like depression 8-1C respectively; Bottom step-like depression 8-1C, all there is threaded connection hole 8-1D, for being connected with lift adjustment assembly 15 by bolt; The geomery of described felt rug 8-2 and the arc surface 8-1A of pallet body 8-1 and inclined-plane, left and right sides 8-1B match; Bottom described pallet body 8-1, two ends, left and right are connected with described front beam 6 respectively by lift adjustment assembly 15;
Structure, the geomery of described rear rail bracket 9 are identical with described fromer rail bracket 8, and bottom the pallet body of rear rail bracket 9, two ends, left and right are connected with described rear cross beam 7 respectively by lift adjustment assembly 15;
As shown in Figure 10 (A), described lift adjustment assembly 15 can comprise connecting plate 15-1, upper adjusting nut 15-2, adjusting screw(rod) 15-3, lower adjusting nut 15-4, for regulating the vertical height of fromer rail bracket 8 and rear rail bracket 9;
As shown in Figure 10 (B), described connecting plate 15-1 is made up of upper mounting plate 15-1A integrally and lower convex platform, and upper mounting plate 15-1A is rectangle, and its corner has connecting hole; In the middle of lower convex platform, there is groove 15-1B, lower convex platform has the through hole 15-1C passing perpendicularly through groove 15-1B;
As shown in Figure 10 (C), described upper adjusting nut 15-2 is the cylinder that one end has lug 15-2A, and cylinder bottom surface has axial left handed threaded hole 15-2C; Lug has and axially vertical connecting hole 15-2B; Lug 15-2A matches with the groove 15-1B of connecting plate 15-1, bearing pin passes through hole 15-1C and the connecting hole 15-2B of connecting plate 15-1, carry out spacing by split pin at end part of pin shaft, described upper adjusting nut 15-2 and connecting plate 15-1 can be rotated around bearing pin;
As shown in Figure 10 (D), described adjusting screw(rod) 15-3 is thin ends and thick middle multidiameter, and centre is six side 15-3A, and on the left of six sides, shaft part 15-3B has left hand thread, and on the right side of six sides, shaft part 15-3C has right-handed thread; Left side shaft part 15-3B is threaded with the left handed threaded hole 15-2C of upper adjusting nut 15-2 and coordinates;
As shown in Figure 10 (E), described lower adjusting nut 15-4 is made up of top board integrally and lower cylinder, top board 15-4A is rectangular slab, and its center has the right-handed thread through hole 15-4B of axial penetration top board and lower cylinder, and being threaded with the right side shaft part 15-3C of adjusting screw(rod) 15-3 coordinates; Top board 15-4A tetra-jiaos has connecting hole, for being connected with front beam 6 or rear cross beam 7 by bolt.
As shown in Figure 11 (A), Figure 11 (B), described first analog bracket 10 is made up of pedestal 10-1 and the felt mattress 10-2 pasted thereon; Described pedestal 10-1 forms box part by Plate Welding, and its upper surface is taper seat 10-1A, and the conical section tapering of its tapering and combination product coincide, and the taper seat 10-1A left and right sides is small arc-shaped 10-1B; Bottom pedestal 10-1 two ends, left and right respectively by the first cushion block 16 be fixedly connected on described base 1 top panel 1-2 surface, between described left rail 2 and the rear end of right guide rail 3 and its taper seat axis is parallel with right guide rail 3 with left rail 2;
Structure, the shape of described second analog bracket 11 are identical with the first analog bracket 7, and only size is different; Bottom its pedestal, two ends, left and right are fixedly connected on the top panel 1-2 surface of described base 1, the dead in line of its taper seat axis and described first analog bracket 10 respectively by the second cushion block 17, the height of the second cushion block 17, lower than the first cushion block 16, makes the upper surface taper seat of the first analog bracket 10 and the second analog bracket 11 and the conical section corresponding site of combination product coincide.
As shown in figure 12, the corner, top panel 1-2 surface of described base 1 can be fixed with guide post 19, respectively for leading for case lid 20;
As shown in Figure 13 (A), described guide post 19 is connected to form by bearing pin and split pin by pole socket 19-1 and guide rod 19-2;
As shown in Figure 13 (B), described pole socket 19-1 is the multidiameter with axial central through hole 19-1A, its small end cylindrical bilateral symmetry milling is put down and is had the mounting hole 19-1B of the axis be communicated with described central through hole 19-1A, and its small end top has notch 19-1C; The large end of multidiameter is annulus, has 4 connecting through hole 19-1D along its circle distribution, for being connected with described base 1 upper surface by bolt;
As shown in Figure 13 (C), described guide rod 19-2 is multidiameter, its end, little axle one end has connecting through hole 19-2A, the little axle of guide rod 19-2 is loaded in the central through hole 19-1A of pole socket 19-1, bearing pin is through mounting hole 19-1B and connecting through hole 19-2A, carry out spacing by split pin at end part of pin shaft, the little axle of guide rod 19-2 can be moved up and down in central through hole 19-1A, after moving on to pole socket 19-1 upper end, can outwards overturn 90 ° from the notch 19-1C of pole socket 19-1 around bearing pin;
As shown in Figure 14 (A), described case lid 20 is made up of case lid framework 20-1 and covering 20-2, described case lid framework 20-1 is skeleton Welding Structure, and covering 20-2 is thin flat plate, and case lid framework 20-1 is uncovered rectangular cubic case lid by welding formation bottom;
The left and right side of described case lid 20 is respectively provided with 2 handle 20-3 respectively;
As shown in Figure 14 (B), the top panel 1-2 of the uncovered shape in bottom of described case lid 20, size and described base 1 adapts, side, front, rear, left and right and the described top panel 1-2 of described case lid 20 position that connects respectively is connected by 2 hasp lock 20-4 respectively, and case lid 20 is fastened on base 1.
As shown in figure 15, in this cabin section trimming and when docking transporter for transporting, led by a guide post 19 respectively in the corner of described case lid 20 internal cavities, the top panel 1-2 that is uncovered and described base 1 of case lid 20 contacts.
Described left rail (2), right guide rail (3) are symmetrically arranged in both sides, front and back, and] shape roll compacting notch all inwardly; 3 rail bracketses (14) are connected in left rail (2), right guide rail (3) outside; 4 rail bracketses (14) being wherein positioned at left end are connected by 4 bearing mounting screws, and at left rail (2), right guide rail (3)] by 4 bearing mounting screws, 4 rolling bearings (12) being installed inside shape notch, bearing mounting screw passes through fastening nuts; 2 rail bracketses (14) be positioned at outside left rail (2), right guide rail (3) right-hand member are connected by 2 bearing stop screws, and bearing stop screw all passes through fastening nuts; Left slide rail (4), right slide rail (5)] shape notch is stuck in left rail (2), right guide rail (3) is installed rolling bearing (12) supports, make left slide rail (4), right slide rail (5) form moving guide rail; Rolling bearing (12) left slide rail (4), the right slide rail (5) of left slide rail (4) and right slide rail (5) rear end dress prevent from toppling in moving process;
By 1 limit shaft through the spacing hole (2-3) of left rail (2), the locating hole (4-1) of left slide rail (4) pass through fastening nuts; The initial fixed position of left slide rail (4) is limited by limit shaft and bearing stop screw (13); By locating hole (4-1) the different holes bit combination of limit shaft from the spacing hole (2-3) of left rail (2), left slide rail (4), left slide rail (4) shift position can be limited thus limit the front beam (6), rear cross beam (7) and each parts on it that are connected with left slide rail (4).
Claims (6)
1. the trimming of cabin section and a docking transporter, comprise base (1), left rail (2), right guide rail (3), left slide rail (4), right slide rail (5), front beam (6), rear cross beam (7), fromer rail bracket (8), rear rail bracket (9), the first analog bracket (10), the second analog bracket (11); It is characterized in that:
Described base (1) is welded to form frame structure rectangular flat by the top panel (1-2) on chassis (1-1) and surface thereof,
Described left rail (2) is identical with right guide rail (3) shape, be respectively cross section in] the roll compacting part of shape, axis about described base (1) is symmetrical, respectively by parallel top panel (1-2) surface being fixed on described base (1), multiple rail brackets (14) left and right; The front end of described left rail (2) and right guide rail (3) is all equipped with two rolling bearings (12) respectively, and their rear end is all equipped with bearing stop screw (13) respectively;
Described left slide rail (4) is identical with right slide rail (5) shape, be respectively cross section in] the roll compacting part of shape, their rear end is all equipped with rolling bearing (12) respectively, described front beam (6) is parallel with before and after rear cross beam (7), the left slide rail (4) parallel with left and right and right slide rail (5) vertical welding composition rectangular frame, be positioned on described left rail (2) and right guide rail (3), left slide rail (4) and right slide rail (5) are slidably matched by rolling bearing (12) with described left rail (2) and right guide rail (3) respectively,
Described fromer rail bracket (8) is made up of pallet body (8-1) and the felt rug (8-2) pasted thereon, described pallet body (8-1) forms box part by Plate Welding, its upper surface is arc surface (8-1A), the cylindrical section radian of its radian and combination product coincide, and the arc surface left and right sides is inclined-plane (8-1B); Two ends, left and right, pallet body (8-1) bottom have step-like depression (8-1C) respectively; All there is threaded connection hole (8-1D), for being connected with lift adjustment assembly (15) by bolt in step-like depression (8-1C) bottom; The geomery of described felt rug (8-2) and the arc surface (8-1A) of pallet body (8-1) and inclined-plane, the left and right sides (8-1B) match; Two ends, left and right, described pallet body (8-1) bottom are connected with described front beam (6) respectively by lift adjustment assembly (15);
Structure, the geomery of described rear rail bracket (9) are identical with described fromer rail bracket (8), and bottom the pallet body of rear rail bracket (9), two ends, left and right are connected with described rear cross beam (7) respectively by lift adjustment assembly (15);
Described lift adjustment assembly (15) is for regulating the vertical height of fromer rail bracket (8) and rear rail bracket (9);
Described first analog bracket (10) is made up of pedestal (10-1) and the felt mattress (10-2) pasted thereon; Described pedestal (10-1) forms box part by Plate Welding, its upper surface is taper seat (10-1A), the conical section tapering of its tapering and combination product coincide, and taper seat (10-1A) left and right sides is small arc-shaped (10-1B); Top panel (1-2) surface that two ends, left and right, pedestal (10-1) bottom are fixedly connected on described base (1) respectively by the first cushion block (16), be positioned at described left rail (2) and right guide rail (3) rear end between and its taper seat axis is parallel with right guide rail (3) with left rail (2);
Structure, the shape of described second analog bracket (11) are identical with the first analog bracket (7), and only size is different; Bottom its pedestal, two ends, left and right are fixedly connected on top panel (1-2) surface of described base (1), the dead in line of its taper seat axis and described first analog bracket (10) respectively by the second cushion block (17), the height of the second cushion block (17), lower than the first cushion block (16), makes the upper surface taper seat of the first analog bracket (10) and the second analog bracket (11) and the conical section corresponding site of combination product coincide.
2. the trimming of cabin as claimed in claim 1 section and docking transporter, is characterized in that:
The chassis (1-1) of described base (1), by the orthogonal framework of the mutual Combination Welding of the channel-section steel of longitudinal direction, cross direction profiles, is welded with the bottom support (1-5) of 2 lateral arrangement in rectangular frame; Described chassis (1-1) left side below after front end, front end and rear end be welded with 3 hoisting rings (1-4), chassis (1-1) lower right-hand side after front end, front end and rear end be welded with 3 hoisting rings (1-4), below, left side hoisting ring corresponding to lower right-hand side is symmetrical about top panel (1-2) axis of described base (1), left and right is arranged, wherein, be positioned at left and right sides lower front end, 4 hoisting rings (1-4) of rear end lift by crane for zero load; 4 hoisting rings (1-4) of after being positioned at left and right sides lower front end and rear end, for fully loaded lifting, balance to ensure that different operating mode is lifted by crane;
Top panel (1-2) surface of described base (1), described left rail (2) and right guide rail (3) outside are welded with symmetrical 4 draw rings (1-3), are fixed during for transporting to cabin body by bolt taut band (18).
3. the trimming of cabin as claimed in claim 1 or 2 section and docking transporter, is characterized in that:
Two rolling bearing (12) places, installation place, described left rail (2) front end] shape roll compacting part local have last breach (2-1) and the first two breach (2-2), for avoiding rolling bearing (12) Assembly Interference; There are between last breach (2-1) and the first two breach (2-2) two adjacent spacing holes (2-3); Left rail (2) rear end bearing stop screw (13) place, installation place] shape roll compacting part local have rear breach (2-4), in avoiding bearing stop screw (13) Assembly Interference;
Be symmetrical with left rail (2) about the axis of described base (1), described right guide rail (3) has the structure same with left rail (2);
Described rail brackets (14) has guide rails assembling hole (14-1) for L shape roll compacting part, the vertical section of L shape, and L shape horizontal segment has two bolt connecting holes (14-2);
Until before rolling bearing (12) from described left slide rail (4) front end, order has 4 spaced locating holes (4-1);
Shape, the structure of described right slide rail (5) are identical with left slide rail (4), and difference is only that they are symmetry about the axis of described base (1).
4. the trimming of cabin as claimed in claim 3 section and docking transporter, is characterized in that:
Described lift adjustment assembly (15) comprises connecting plate (15-1), upper adjusting nut (15-2), adjusting screw(rod) (15-3), lower adjusting nut (15-4);
Described connecting plate (15-1) is made up of upper mounting plate (15-1A) integrally and lower convex platform, and upper mounting plate (15-1A) is rectangle, and its corner has connecting hole; In the middle of lower convex platform, there is groove (15-1B), lower convex platform has the through hole (15-1C) passing perpendicularly through groove (15-1B);
Described upper adjusting nut (15-2) has the cylinder of lug (15-2A) for one end, and cylinder bottom surface has axial left handed threaded hole (15-2C); Lug has and axially vertical connecting hole (15-2B); Lug (15-2A) matches with the groove (15-1B) of connecting plate (15-1), bearing pin passes through hole (15-1C) and the connecting hole (15-2B) of connecting plate (15-1), carry out spacing by split pin at end part of pin shaft, described upper adjusting nut (15-2) and connecting plate (15-1) can be rotated around bearing pin;
Described adjusting screw(rod) (15-3) is thin ends and thick middle multidiameter, centre is six sides (15-3A), on the left of six sides, shaft part (15-3B) has left hand thread, and on the right side of six sides, shaft part (15-3C) has right-handed thread; Left side shaft part (15-3B) is threaded with the left handed threaded hole (15-2C) of upper adjusting nut (15-2) and coordinates;
Described lower adjusting nut (15-4) is made up of top board integrally and lower cylinder, top board (15-4A) is rectangular slab, its center has the right-handed thread through hole (15-4B) of axial penetration top board and lower cylinder, and being threaded with the right side shaft part (15-3C) of adjusting screw(rod) (15-3) coordinates; Top board (15-4A) corner has connecting hole, for being connected with front beam (6) or rear cross beam (7) by bolt.
5. the trimming of cabin as claimed in claim 4 section and docking transporter, is characterized in that:
Top panel (1-2) the surperficial corner of described base (1) is fixed with guide post (19) respectively, for being case lid (20) guiding; Described guide post (19) is connected to form by bearing pin and split pin by pole socket (19-1) and guide rod (19-2);
Described pole socket (19-1) is for having the multidiameter of axial central through hole (19-1A), its small end cylindrical bilateral symmetry milling is put down and is had the mounting hole (19-1B) of the axis be communicated with described central through hole (19-1A), and its small end top has notch (19-1C); The large end of multidiameter is annulus, has 4 connecting through holes (19-1D) along its circle distribution, for being connected with described base (1) upper surface by bolt;
Described guide rod (19-2) is multidiameter, its end, little axle one end has connecting through hole (19-2A), the little axle of guide rod (19-2) is loaded in the central through hole (19-1A) of pole socket (19-1), bearing pin is through mounting hole (19-1B) and connecting through hole (19-2A), carry out spacing by split pin at end part of pin shaft, the little axle of guide rod (19-2) can be moved up and down in central through hole (19-1A), 90 ° can be outwards overturn from the notch of pole socket (19-1) (19-1C) around bearing pin after moving on to pole socket (19-1) upper end,
Described case lid (20) is made up of case lid framework (20-1) and covering (20-2), described case lid framework (20-1) is skeleton Welding Structure, covering (20-2) is thin flat plate, and case lid framework (20-1) is uncovered rectangular cubic case lid by welding formation bottom;
In this cabin section trimming and when docking transporter for transporting, led by a guide post (19) respectively in the corner of described case lid (20) internal cavities, the top panel (1-2) of the uncovered and described base (1) of case lid (20) contacts.
6. the trimming of cabin as claimed in claim 5 section and docking transporter, is characterized in that:
The left and right side of described case lid (20) is respectively provided with 2 handles (20-3) respectively;
The top panel (1-2) of the uncovered shape in bottom of described case lid (20), size and described base (1) adapts, side, front, rear, left and right and the described top panel (1-2) of described case lid (20) position that connects respectively is connected by 2 hasp locks (20-4) respectively, and case lid (20) is fastened on base (1).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420557228.6U CN204123035U (en) | 2014-09-25 | 2014-09-25 | The section trimming of a kind of cabin and docking transporter |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420557228.6U CN204123035U (en) | 2014-09-25 | 2014-09-25 | The section trimming of a kind of cabin and docking transporter |
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| CN204123035U true CN204123035U (en) | 2015-01-28 |
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