CN104975433B - The lathe bed structure of multi-bar raschel machine - Google Patents
The lathe bed structure of multi-bar raschel machine Download PDFInfo
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- CN104975433B CN104975433B CN201510425690.XA CN201510425690A CN104975433B CN 104975433 B CN104975433 B CN 104975433B CN 201510425690 A CN201510425690 A CN 201510425690A CN 104975433 B CN104975433 B CN 104975433B
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Abstract
The present invention relates to technical field of textile machine, the lathe bed structure of especially a kind of multi-bar raschel machine, including cargo tank structure, pneumatic element supporting construction and electronic element support structure, pneumatic element supporting construction and electronic element support structure are respectively provided on the left of cargo tank structure and right side, cargo tank structure includes lathe bed header board, lathe bed back plate, lathe bed base plate and upper cover plate, lathe bed header board and lathe bed back plate are vertically welded on lathe bed base plate, fuel tank fagging it is welded with between lathe bed header board and lathe bed back plate, fuel tank fagging is vertically welded with the fuel tank internal partition of equi-spaced apart, fuel tank internal partition is welded with upper cover plate, on upper cover plate, two ends are welded with big wallboard gripper shoe, upper cover plate between big wallboard gripper shoe is welded with some deadlight gripper shoes. whole lathe bed structure is uniformly distributed the plate of various reinforcement structure intensity, is similar to Mechanical Builds like one and strengthens again the rigidity of structure, makes sound construction reliable.
Description
Technical field
The present invention relates to technical field of textile machine, the lathe bed structure of especially a kind of multi-bar raschel machine.
Background technology
Tricot machine belongs to textile machinery, high speed and precision; Along with the pursuit that development and the modern people of technology are maked rapid progress for fashion, the sley bar quantity of tricot machine gets more and more, for the lace machine being specifically used to braiding roses and lace, general sley bar quantity to reach more than 40, and the most multipotency of prior art reaches about 90. The space not only spatially adding frame for movement of increasing of sley bar quantity is also required to electrical equipment that some is equipped with mutually to control the traversing of each sley bar and swing simultaneously. The lathe bed of tricot machine is that tricot machine is the most basic also for most important structure, core parts--the connecting rod rest mechanism of tricot machine to be not only within it installed, also carrying all mechanically and electrically elements of main frame, lathe bed structure firm is endured hardships for this and vibration resistance proposes very big requirement simultaneously.
Summary of the invention
Firmly not enough in order to overcome structure to be not sufficiently stable, the invention provides the lathe bed structure of a kind of multi-bar raschel machine.
The technical solution adopted for the present invention to solve the technical problems is: the lathe bed structure of a kind of multi-bar raschel machine, including cargo tank structure, pneumatic element supporting construction and electronic element support structure, pneumatic element supporting construction and electronic element support structure are respectively provided on the left of cargo tank structure and right side, cargo tank structure includes lathe bed header board, lathe bed back plate, lathe bed base plate and upper cover plate, lathe bed header board and lathe bed back plate are vertically welded on lathe bed base plate, fuel tank fagging it is welded with between lathe bed header board and lathe bed back plate, fuel tank fagging is vertically welded with the fuel tank internal partition of equi-spaced apart, fuel tank internal partition is welded with upper cover plate, on upper cover plate, two ends are welded with big wallboard gripper shoe, upper cover plate between big wallboard gripper shoe is welded with some deadlight gripper shoes.
According to another embodiment of the invention, farther include lathe bed back plate both sides and be welded with external partition, the vertical side of external partition is welded on lathe bed header board, external partition upper end welds together with upper cover plate and big wallboard gripper shoe, external partition mid portion and fuel tank fagging weld together, being parallel on the direction of external partition and be welded with reinforcement gusset and lower reinforcement gusset, upper reinforcement gusset welds mutually with big wallboard gripper shoe and lathe bed back plate, and lower reinforcement gusset welds mutually with under-chassis fagging and lathe bed back plate.
According to another embodiment of the invention, farther include pneumatic element supporting construction and include lathe bed left back board, left bottom plate and left roof, lathe bed left back board is welded on the external partition on the left side, left bottom plate connects lathe bed left back board and lathe bed header board, between lathe bed left back board and lathe bed header board and on left bottom plate, being welded with clamping plate one, lathe bed left back board is welded with left roof, left roof welds a block length quadrate support plate.
According to another embodiment of the invention, farther include electronic element support structure and include lathe bed right back board and right top board, lathe bed right back board bottom welding is on lathe bed base plate, lathe bed right back board right edge is welded on the external partition on the right, one piece of gusset is welded between lathe bed right back board and the external partition on the right, clamping plate two it are welded with between lathe bed right back board and lathe bed header board, clamping plate two and lathe bed right back board contact position, clamping plate two and lathe bed header board contact position are all welded with reinforcement gusset, it is welded with right top board above described lathe bed right back board and lathe bed header board, right top board is welded with gripper shoe.
According to another embodiment of the invention, farther include bottom lathe bed header board and lathe bed back plate, to be designed with trapezoidal shape lifting plate.
According to another embodiment of the invention, farther including lathe bed header board and be provided with slot one, slot one is connected with slot two, is provided with slot three on the right side of slot one.
According to another embodiment of the invention, farther including to be provided with on the upside of lathe bed back plate slot four, slot four is connected with slot five.
According to another embodiment of the invention, farther include lathe bed left back board and be provided with slot six and slot seven.
According to another embodiment of the invention, farther include lifting intralaminar part and be provided with slot eight.
The invention has the beneficial effects as follows, this structure lathe bed header board adopts the steel plate thickeied to run through total, then three parts: the cargo tank structure of mid portion, the flower comb pneumatic element supporting construction on the left side and the flower on the right comb electronic element support structure, adopt sheet material and the Welding Structure of different-thickness respectively according to the effect of various piece and required bearing behavior, be gradually completing the welding of total with lathe bed header board for benchmark. Whole lathe bed structure is uniformly distributed the plate of various reinforcement structure intensity, is similar to Mechanical Builds like one and strengthens again the rigidity of structure, makes sound construction reliable.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the front perspective view of the present invention;
Fig. 2 is the rear perspective view of the present invention;
Fig. 3 is supporting mechanism schematic diagram;
Fig. 4 is lathe bed front board structure schematic diagram;
Fig. 5 is lathe bed back plate structure schematic diagram;
Fig. 6 is fuel tank fagging structural representation;
Fig. 7 is fuel tank internal partition structural representation;
Fig. 8 is external partition structural representation.
1. lathe bed header board in figure, 2. lathe bed back plate, 3. lathe bed base plate, 4. fuel tank fagging, 5. fuel tank internal partition, 6. upper cover plate, 7. external partition, 8. under-chassis fagging, 9. big wallboard gripper shoe, 10. deadlight gripper shoe, 11. upper reinforcement gusset, 12. lower reinforcement gusset, 13. lathe bed left back board, 14. left bottom plate, 15. clamping plate one, 16. left roof, 17. rectangle gripper shoe, 18. lathe bed right back board, 19. gusset, 20. clamping plate two, 21. reinforcement gusset, 22. right top board, 23. gripper shoe, 24. lifting plate, 25. slot one, 26. slot two, 27. slot three, 28. slot four, 29. slot five, 30. slot six, 31. slot seven, 32. slot eight, 33. cargo tank structure, 34. pneumatic element supporting construction, 35. electronic element support structure.
Detailed description of the invention
If Fig. 1-8 is the structural representation of the present invention, a kind of lathe bed structure of multi-bar raschel machine, including cargo tank structure 33, pneumatic element supporting construction 34 and electronic element support structure 35, pneumatic element supporting construction 34 and electronic element support structure 35 are respectively provided on the left of cargo tank structure 33 and right side, cargo tank structure 33 includes lathe bed header board 1, lathe bed back plate 2, lathe bed base plate 3 and upper cover plate 6, lathe bed header board 1 and lathe bed back plate 2 are vertically welded on lathe bed base plate 3, fuel tank fagging 4 it is welded with between lathe bed header board 1 and lathe bed back plate 2, fuel tank fagging 4 is vertically welded with the fuel tank internal partition 5 of equi-spaced apart, fuel tank internal partition 5 is welded with upper cover plate 6, upper cover plate 6 width is equal to lathe bed header board 1 and the spacing of lathe bed back plate 2, the last plan-position of upper cover plate 6 will lower than the upside 20mm of lathe bed header board 1 and lathe bed back plate 2, its difference in height can be compensated by big wallboard gripper shoe 9 and deadlight gripper shoe 10, thus can ensure that the big wallboard gripper shoe 9 of assembling, during deadlight gripper shoe 10, the weight of wallboard is not concentrated on upper cover plate 6, it is distributed in lathe bed header board 1 and lathe bed back plate 2 simultaneously, enhance the rigidity of whole lathe bed structure. on upper cover plate 6, two ends are welded with big wallboard gripper shoe 9, upper cover plate 6 between big wallboard gripper shoe 9 is welded with some deadlight gripper shoes 10, lathe bed back plate 2 both sides are welded with external partition 7, the vertical side of external partition 7 is welded on lathe bed header board 1, external partition 7 upper end welds together with upper cover plate 6 and big wallboard gripper shoe 9, external partition 7 mid portion and fuel tank fagging 4 weld together, it is parallel on the direction of external partition 7 and is welded with reinforcement gusset 11 and lower reinforcement gusset 12, upper reinforcement gusset 11 welds with big wallboard gripper shoe 9 and lathe bed back plate 2 phase, lower reinforcement gusset 12 welds with under-chassis fagging 8 and lathe bed back plate 2 phase, pneumatic element supporting construction 34 includes lathe bed left back board 13, left bottom plate 14 and left roof 16, lathe bed left back board 13 is welded on the external partition 7 on the left side, left bottom plate 14 connects lathe bed left back board 13 and lathe bed header board 1, between lathe bed left back board 13 and lathe bed header board 1, and on left bottom plate 14, it is welded with clamping plate 1, ensure the perpendicularity of lathe bed left back board 13, lathe bed left back board 13 is welded with left roof 16, left roof 16 welds a block length quadrate support plate 17, pneumatic element small volume due to the required carrying of flower comb pneumatic element supporting construction 32 on the left side, weight is also lighter, in order to alleviate the load of lathe bed left back board 13, left roof 16 adopts the steel plate of about 10mm, then on left roof 16, a block length square plate is welded as gripper shoe 17, it is applied not only to support pneumatic element and also compensates for the difference in height of left roof 16 and lathe bed header board 1 upper limb simultaneously, lathe bed header board 1 is made to participate in carrying pneumatic element, thus reducing the carrying of left roof 16. owing to flower the comb a lot of and each colored comb of quantity on multi-bar raschel machine needs one motor of outfit traversing to control, therefore whole flower comb electronic component volume and weight are all bigger, electronic element support structure 35 includes lathe bed right back board 18 and right top board 22, lathe bed right back board 18 adopts the steel plate that 30mm is thick, bottom welding is on lathe bed base plate 3, lathe bed right back board 18 right edge is welded on the external partition 7 on the right, one piece of gusset 19 is welded between lathe bed right back board 18 and the external partition 7 on the right, clamping plate 2 20 it are welded with between lathe bed right back board 18 and lathe bed header board 1, clamping plate 2 20 are used for strengthening the rigidity of whole right support structure, clamping plate 2 20 are drilled with screwed hole for connecting foundation bolt,In order to control the stress deformation of clamping plate 20, clamping plate 2 20 and lathe bed right back board 18 contact position, clamping plate 2 20 are all welded with reinforcement gusset 21 with lathe bed header board 1 contact position, right top board 22 it is welded with above lathe bed right back board 18 and lathe bed header board 1, right top board 22 is welded with gripper shoe 23, it is applied not only to support flower comb electronic component and also compensates for the difference in height of right top board 22 and lathe bed header board 1 upper limb simultaneously, lathe bed header board 1 is made to participate in carrying flower comb electronic component, thus reducing the carrying of right top board 22, trapezoidal shape lifting plate 24 it is designed with bottom lathe bed header board 1 and lathe bed back plate 2, lathe bed header board 1 is provided with slot 1, slot 1 is connected with slot 2 26, slot 3 27 it is provided with on the right side of slot 1, slot 4 28 it is provided with on the upside of lathe bed back plate 2, slot 4 28 is transferred and is provided with slot 5 29, lathe bed left back board 13 is provided with slot 6 30 and slot 7 31, lifting plate 24 is internal is provided with slot 8 32.
Lathe bed header board 1 is as shown in Figure 4, this plate is in front side in the position of lathe bed, weave cotton cloth by the principle of tractive before machine according to raschel machine, toggle is by being encased in lathe bed on front side of lathe bed, therefore on lathe bed header board 1, cutting is applicable to install the slot 1 of toggle, being sized to of slot 1 is easy to crank parts and is passed through lathe bed header board 1 and enter in lathe bed, but is less than the pedestal base of toggle; The quantity X of slot 1 is equal to the quantity (determining the quantity of the toggle used according to the width of tricot machine) holding shaft assembly (being generally 1, this assembly is connected with main transmission) plus toggle; Additionally, the lower section mid portion of lathe bed header board 1 needs two small-sized slots 2 26 of cutting, for fork truck sling tricot machine time fork pass through, two hole sizes and fork truck fork match, and spacing need to the match specifications of fork truck; For the ease of postorder assembling two slots 3 27 of cutting simultaneously; Due to lathe bed header board 1 support all toggles and in whole welding structural element stress relatively big, therefore sheet material need to use quality carbon structural steel, and thickness is be more than or equal to 30mm.
Lathe bed back plate 2 is as it is shown in figure 5, in order to ensure that support strength is consistent, therefore lathe bed back plate 2 is also adopted by the steel plate of 30mm thickness, and this plate length ratio lathe bed header board 1 is short, but width is consistent; Slot 4 28 is cut on the upside of lathe bed back plate 2, slot 4 28 be used for installing window cover (feature be this slot 4 28 quantity consistent with slot 1 quantity installing toggle and after welding position corresponding), in order to window cover can be unloaded when machine breaks down and from lathe bed header board 1, disassemble inspection without by toggle to the situation checking toggle. On the downside of lathe bed back plate 2 cut two small-sized slots 5 29, for fork truck sling tricot machine time fork pass through, the two hole is consistent with above-mentioned shape spacing.
Lathe bed left back board 13 is as in figure 2 it is shown, cutting slot 6 30, and the weight alleviating sheet material also allows for observing from the end shaft assembly that the leftmost slot 1 of lathe bed header board 1 is installed simultaneously; Vertical slot 7 31 passes through for the belt between belt pulley and the belt pulley of end shaft assembly of mair motor. Being welded on the external partition 7 on the left side by lathe bed left back board 13, left bottom plate 14 connects lathe bed left back board 13 and lathe bed header board 1.
Lathe bed base plate 3 not only carries whole weldment and the weight of other assemblies of tricot machine, also will be the benchmark in welding process simultaneously, therefore sheet metal thickness is typically chosen between 35mm��40mm, the maximum gauge of the toggle that this plate width adopts according to tricot machine selects, and the maximum gauge being usually toggle adds the thickness of slab sum of upper bed header board 1 and lathe bed back plate 2 plus an installation surplus and for welding reserved surplus.
Fuel tank fagging 4 as shown in Figure 6, plate side parallelogram, 60 �� of oblique angle " a < 90 ��; Two sides spacing is equal to the spacing between lathe bed header board 1 and lathe bed back plate 2. This plate is for carrying the lubricating oil in lathe bed, and therefore thickness of slab only needs between 15mm��20mm.
Lathe bed internal partition 5 as it is shown in fig. 7, match with fuel tank fagging 4 gradient in bottom surface, upper flat, be used for supporting upper cover plate 6; Acute angle place is drilled with circular hole and passes through for oil pipe; This plate is used for each toggle of interval, simultaneously because this plate four sides is respectively welded on lathe bed header board 1, lathe bed back plate 2, fuel tank fagging 4 and upper cover plate 6, plays the effect strengthening lathe bed structure stabilized soil pavement.
As shown in Figure 8, this plate is respectively welded at the right and left of lathe bed back plate 2 to external partition 7, is closed by lathe bed cargo tank together with lathe bed header board 1, lathe bed back plate 2, fuel tank fagging 4 and upper cover plate 6; Coordinating with cargo tank internal structure on the right side of this plate, left side extends out, and bottom and under-chassis fagging 8 weld together the effect playing reinforcement, therefore this plate thickness should " 25mm.
Under-chassis fagging 8 is drilled with screwed hole, is used for connecting under-chassis bolt.
It is designed with trapezoidal shape lifting plate 24, the trapezoidal shape of this plate, and the small-sized slot 8 32 of internal cutting bottom lathe bed header board 1 and lathe bed back plate 2, which increases solderable region, strengthen the lifting plate 24 structural strength on lathe bed; Five screwed holes respectively it are drilled with to adapt to the board of various boom hoisting on plate both sides.
Described above it is merely exemplary for the purpose of the present invention; and nonrestrictive, those of ordinary skill in the art understand, when the spirit and scope limited without departing from claims; many amendments, change or equivalence can be made, but fall within protection scope of the present invention.
Claims (9)
1. the lathe bed structure of a multi-bar raschel machine, including cargo tank structure (33), pneumatic element supporting construction (34) and electronic element support structure (35), pneumatic element supporting construction (34) and electronic element support structure (35) are respectively provided at cargo tank structure (33) left side and right side, described cargo tank structure includes lathe bed header board (1), lathe bed back plate (2), lathe bed base plate (3) and upper cover plate (6), it is characterized in that, described lathe bed header board (1) and lathe bed back plate (2) are vertically welded on lathe bed base plate (3), fuel tank fagging (4) it is welded with between lathe bed header board (1) and lathe bed back plate (2), fuel tank fagging (4) is vertically welded with the fuel tank internal partition (5) of equi-spaced apart, fuel tank internal partition (5) is welded with upper cover plate (6), the upper two ends of described upper cover plate (6) are welded with big wallboard gripper shoe (9), upper cover plate (6) between big wallboard gripper shoe (9) is welded with some deadlight gripper shoes (10).
2. the lathe bed structure of multi-bar raschel machine according to claim 1, it is characterized in that, described lathe bed back plate (2) both sides are welded with external partition (7), the vertical side of external partition (7) is welded on lathe bed header board (1), external partition (7) upper end welds together with upper cover plate (6) and big wallboard gripper shoe (9), external partition (7) mid portion and fuel tank fagging (4) weld together, it is parallel on the direction of external partition (7) and is welded with reinforcement gusset (11) and lower reinforcement gusset (12), described upper reinforcement gusset (11) is welded mutually with big wallboard gripper shoe (9) and lathe bed back plate (2), lower reinforcement gusset (12) is welded mutually with under-chassis fagging (8) and lathe bed back plate (2).
3. the lathe bed structure of multi-bar raschel machine according to claim 1, it is characterized in that, described pneumatic element supporting construction (34) includes lathe bed left back board (13), left bottom plate (14) and left roof (16), described lathe bed left back board (13) is welded on the external partition (7) on the left side, left bottom plate (14) connects lathe bed left back board (13) and lathe bed header board (1), between described lathe bed left back board (13) and lathe bed header board (1), and on left bottom plate (14), it is welded with clamping plate one (15), described lathe bed left back board (13) is welded with left roof (16), left roof (16) welds block length quadrate support plate (17).
4. the lathe bed structure of multi-bar raschel machine according to claim 1, it is characterized in that, described electronic element support structure (35) includes lathe bed right back board (18) and right top board (22), lathe bed right back board (18) bottom welding is on lathe bed base plate (3), lathe bed right back board (18) right edge is welded on the external partition (7) on the right, one piece of gusset (19) is welded between lathe bed right back board (18) and the external partition (7) on the right, clamping plate two (20) it are welded with between lathe bed right back board (18) and lathe bed header board (1), described clamping plate two (20) and lathe bed right back board (18) contact position, clamping plate two (20) are all welded with reinforcement gusset (21) with lathe bed header board (1) contact position, described lathe bed right back board (18) and lathe bed header board (1) top are welded with right top board (22), described right top board (22) is welded with gripper shoe (23).
5. the lathe bed structure of multi-bar raschel machine according to claim 1, is characterized in that, described lathe bed header board (1) and lathe bed back plate (2) bottom are designed with trapezoidal shape lifting plate (24).
6. the lathe bed structure of multi-bar raschel machine according to claim 1, it is characterized in that, described lathe bed header board (1) is provided with slot one (25), slot one (25) is connected with slot two (26), and slot one (25) right side is provided with slot three (27).
7. the lathe bed structure of multi-bar raschel machine according to claim 1, is characterized in that, described lathe bed back plate (2) upside is provided with slot four (28), and slot four (28) is connected with slot five (29).
8. the lathe bed structure of multi-bar raschel machine according to claim 3, is characterized in that, described lathe bed left back board (13) is provided with slot six (30) and slot seven (31).
9. the lathe bed structure of multi-bar raschel machine according to claim 5, is characterized in that, described lifting plate (24) is internal is provided with slot eight (32).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510425690.XA CN104975433B (en) | 2015-07-20 | 2015-07-20 | The lathe bed structure of multi-bar raschel machine |
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| CN201510425690.XA CN104975433B (en) | 2015-07-20 | 2015-07-20 | The lathe bed structure of multi-bar raschel machine |
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| CN104975433B true CN104975433B (en) | 2016-06-08 |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105442175A (en) * | 2015-12-21 | 2016-03-30 | 浙江越剑机械制造有限公司 | Bed body structure of Raschel loom |
| CN110560941B (en) * | 2019-08-05 | 2021-02-09 | 沃得精机(中国)有限公司 | Assembling and welding process for open press body |
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| CN2898074Y (en) * | 2006-03-21 | 2007-05-09 | 王伟丰 | Mainshaft supporting mechanism of tricot machine |
| CN101538772B (en) * | 2009-04-23 | 2013-06-05 | 郑依福 | Multi-bar warp knitting machine running at normal temperature |
| CN204282007U (en) * | 2014-12-01 | 2015-04-22 | 常州市第八纺织机械有限公司 | Multiple-axial warp knitting machine |
| CN204849246U (en) * | 2015-07-20 | 2015-12-09 | 卡尔迈耶（中国）有限公司 | Multi -bar raschel machine's lathe bed structure |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE502006003709D1 (en) * | 2006-01-25 | 2009-06-25 | Groz Beckert Kg | Knitting needle and barre for this |
| CN202591981U (en) * | 2012-05-31 | 2012-12-12 | 河南森茂机械有限公司 | Machine tool bed containing oil tank |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2898074Y (en) * | 2006-03-21 | 2007-05-09 | 王伟丰 | Mainshaft supporting mechanism of tricot machine |
| CN101538772B (en) * | 2009-04-23 | 2013-06-05 | 郑依福 | Multi-bar warp knitting machine running at normal temperature |
| CN204282007U (en) * | 2014-12-01 | 2015-04-22 | 常州市第八纺织机械有限公司 | Multiple-axial warp knitting machine |
| CN204849246U (en) * | 2015-07-20 | 2015-12-09 | 卡尔迈耶（中国）有限公司 | Multi -bar raschel machine's lathe bed structure |
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