CN202943884U - Large vertical type hydraulic machine with small floor area - Google Patents
Large vertical type hydraulic machine with small floor area Download PDFInfo
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- CN202943884U CN202943884U CN 201220725616 CN201220725616U CN202943884U CN 202943884 U CN202943884 U CN 202943884U CN 201220725616 CN201220725616 CN 201220725616 CN 201220725616 U CN201220725616 U CN 201220725616U CN 202943884 U CN202943884 U CN 202943884U
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- upper beam
- box
- slab
- workbench
- box upper
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Abstract
The utility model provides a large vertical type hydraulic machine with a small floor area. The large vertical type hydraulic machine comprises a working platform (1), a movable beam slab (2), a box-type upper beam (3), an upright locating plate (31), an upright (4), an upper beam supporting sheath (43), a master cylinder (5), an ejecting cylinder (6), a hydraulic control system (8), a maintenance platform (9) and a ladder (10). According to the technical scheme of the large vertical type hydraulic machine, a main oil tank and a secondary oil tank which are adopted in the prior art are combined into an oil tank, the oil tank and an upper beam plate are combined into a box-type upper beam and the box-type upper beam is arranged at the top of the hydraulic machine, the hydraulic control system is arranged on the outer side wall of the box-type upper beam, and the maintenance platform and the ladder are arranged around the box-type upper beam and above the upright locating plate, so that the large vertical type hydraulic machine can achieve the aims of reducing cost, reducing floor area and adapting to an automatic production line.
Description
Technical field
The utility model relates to a kind of hydraulic press, specifically refers to suppress by oil pressure the little large-scale vertical hydraulic press of a kind of floor space of Big Gold metal elements.
Background technology
the main fuel tank of prior art vertical hydraulic press is arranged on a side side of hydraulic press, above the main fuel tank that hydraulic control system is arranged on, in addition, also be provided with the auxiliary fuel tank of and oil extraction quick oil-filled for oil cylinder at the top of modularization plate, because the main fuel tank of large-scale vertical hydraulic press is larger, floor space is also large, be unfavorable for being placed in scale automation production flow line workshop and use, simultaneously, the setting of auxiliary fuel tank has also increased the manufacturing cost of hydraulic press, therefore, prior art exists cost high, floor space is large, be not suitable with the problems and shortcomings that automation production flow line is used.
Summary of the invention
problems and shortcomings for above-mentioned prior art existence, the utility model is taked the main fuel tank of prior art and auxiliary fuel tank are merged into a fuel tank, fuel tank and upper beam slab are merged into box upper beam and be placed in the top of hydraulic press, hydraulic control system is arranged on the lateral wall place of the fuel tank of box upper beam, and round box upper beam and hydraulic control system, the technical scheme of maintenance platform and helper is set on the stud location plate, having overcome prior art exists cost high, floor space is large, be not suitable with the problems and shortcomings that automation production flow line is used, the large-scale vertical hydraulic press that a kind of floor space that provides is little, be intended to by upper beam slab and fuel tank being merged into box upper beam and being placed in the top of hydraulic press, save auxiliary fuel tank, the large-scale vertical hydraulic press is reached to be reduced costs, dwindle floor space, adapt to the purpose that automation production flow line is used.
The purpose of this utility model is achieved in that the large-scale vertical hydraulic press that a kind of floor space is little, comprise workbench, moving beam slab, box upper beam, stud location plate, column, upper beam support set, master cylinder, ejection cylinder, hydraulic control system, maintenance platform, helper, wherein: described workbench is the steel platform of the rectangular plate shape of bearer connection cover half work;
Described moving beam slab is exert pressure the downwards steel platform of rectangular plate shape of upwards reseting movement work of bearer connection dynamic model;
described box upper beam is the box-type structure of rectangular hollow, the bottom of box upper beam is that the steel platform that is used for the rectangular plate shape of bearer connection master cylinder is called beam slab, the frame wall that four sidewalls of described upper beam slab are provided with by the rectangle that makes progress of welded steel plate is called tank wall, the chamber for being installed in hydraulic oil that described tank wall and described upper beam slab surround is called fuel tank, described fuel tank internal is provided with some separation chambers for sedimentation and filtration hydraulic oil, four corners that the outside of described fuel tank is positioned at described upper beam slab are respectively equipped with the upper beam stanchion that passes column by gusset welding being used for of consisting of and are fixedly connected with presenting a theatrical performance as the last item on a programme of box upper beam,
Described stud location plate is the steel platform that the upper end that is connected to the moving beam lead of column be used for to guarantee the rectangular plate shape that four root posts are parallel to each other;
Described column is the steel components of secondary cylinder step, the upper step of column is upper beam stanchion, the lower step of column is moving beam lead, the diameter of described moving beam lead is greater than the diameter of described upper beam stanchion, the upper end of described upper beam stanchion is provided be used to the external screw thread that connects box upper beam and is called upper screw thread, and the external screw thread that the lower end of described moving beam lead is provided with for connecting working table is called lower screw thread;
Described upper beam support set is round tubular member, the post jamb stationary fit of the inside pipe wall of upper beam support set and the described upper beam stanchion of column, the pipe outer diameter of upper beam support set and the post jamb equal diameters of described moving beam lead;
The hydraulically extensible executive component of described master cylinder for being consisted of by cylinder body and piston;
The hydraulically extensible executive component of described ejection cylinder for being consisted of by cylinder body and piston;
Described hydraulic control system is the oil piping system of the control hydraulic press work that is made of electrically-controlled valve and pilot operated valve device oil pump;
The platform that described maintenance platform operates for the carrying attendant who is made by steel plate and steel-pipe welding;
The ladder that be used for attendant up and down maintenance platform of described helper for being made by steel plate and steel-pipe welding;
from bottom to top be respectively workbench, moving beam slab, stud location plate and box upper beam, four root posts vertically are positioned at respectively workbench, moving beam slab, four corners of stud location plate and box upper beam are with workbench, moving beam slab, stud location plate and box upper beam are chained together, wherein, the lower end of the described moving beam lead of column is fixedly connected with by described lower screw thread with workbench, the stud location grillage is located on the step of described moving beam lead and described upper beam stanchion joint portion, the upper beam support set is enclosed within the outer wall place of described upper beam stanchion, box upper beam is erected at the upper end of upper beam support set, the top of upper beam stanchion is passed the described of box upper beam and is presented a theatrical performance as the last item on a programme and be fixedly connected with box upper beam with described upper screw thread by nut, moving beam slab and the sliding connection of described moving beam lead,
Be fixedly connected on the center of described upper beam slab above the cylinder body of master cylinder, the following and stud location plate of the cylinder body of master cylinder is fixedly connected with, the lower end of the piston of master cylinder be fixedly connected with above moving beam slab; Ejection cylinder be fixed in the workbench center below, the piston of ejection cylinder is arranged in central through hole that workbench arranges and can the up and down stretching motion; Hydraulic control system is fixedly installed on the lateral wall place of the described fuel tank of box upper beam, maintenance platform round box upper beam and hydraulic control system fixed mount be located at the stud location plate above, the upper end of helper is connected with maintenance platform, the lower end of helper is connected with ground.
Operation principle and beneficial effect
This device is by merging into box upper beam with upper beam slab and fuel tank and being placed in the top of hydraulic press, saved auxiliary fuel tank, make the large-scale vertical hydraulic press reduce cost, dwindled floor space, because set helper does not take floor area, do not affect the station arrangement of automation production flow line, so this device is suitable for the supporting application of automation production flow line.
above-mentioned, the utility model is taked the main fuel tank of prior art and auxiliary fuel tank are merged into a fuel tank, fuel tank and upper beam slab are merged into box upper beam and be placed in the top of hydraulic press, hydraulic control system is arranged on the lateral wall place of the fuel tank of box upper beam, and round box upper beam and hydraulic control system, the technical scheme of maintenance platform and helper is set on the stud location plate, having overcome prior art exists cost high, floor space is large, be not suitable with the problems and shortcomings that automation production flow line is used, the large-scale vertical hydraulic press that a kind of floor space that provides is little, by upper beam slab and fuel tank being merged into box upper beam and being placed in the top of hydraulic press, saved auxiliary fuel tank, the large-scale vertical hydraulic press has been reached to be reduced costs, dwindle floor space, adapt to the purpose that automation production flow line is used.
Description of drawings
Fig. 1 is the structural representation of the little large-scale vertical hydraulic press of a kind of floor space of the present utility model.
Below in conjunction with the embodiment in accompanying drawing, the utility model is described in further detail, but should not be construed as any restriction of the present utility model.
In figure: workbench 1, moving beam slab 2, box upper beam 3, upper beam slab 301, present a theatrical performance as the last item on a programme 302, fuel tank 303, nut 304, stud location plate 31, column 4, moving beam lead 41, upper beam stanchion 42, upper beam support set 43, master cylinder 5, ejection cylinder 6, hydraulic control system 8, maintenance platform 9, helper 10, ground 01.
The specific embodiment
Consult Fig. 1, the large-scale vertical hydraulic press that a kind of floor space of the present utility model is little, comprise workbench 1, moving beam slab 2, box upper beam 3, stud location plate 31, column 4, upper beam support set 43, master cylinder 5, ejection cylinder 6, hydraulic control system 8, maintenance platform 9, helper 10, wherein: described workbench 1 is the steel platform of the rectangular plate shape of bearer connection cover half work;
Described moving beam slab 2 is the bearer connection dynamic model upwards steel platform of the rectangular plate shape of reseting movement work of exerting pressure downwards;
described box upper beam 3 is the box-type structure of rectangular hollow, the bottom of box upper beam 3 is that the steel platform that is used for the rectangular plate shape of bearer connection master cylinder 5 is called beam slab 301, the frame wall that four sidewalls of described upper beam slab 301 are provided with by the rectangle that makes progress of welded steel plate is called tank wall, the chamber for being installed in hydraulic oil that described tank wall and described upper beam slab 301 surround is called fuel tank 303, described fuel tank 303 inside are provided with some separation chambers for sedimentation and filtration hydraulic oil, what four corners that the outside of described fuel tank 303 is positioned at described upper beam slab 301 were respectively equipped with that the upper beam stanchion 42 that passes column 4 by gusset welding being used for of consisting of is fixedly connected with box upper beam 3 presents a theatrical performance as the last item on a programme 302,
The steel platform of the rectangular plate shape that described stud location plate 31 is used for for the upper end of the moving beam lead 41 that is connected to column 4 guaranteeing that four root posts 4 are parallel to each other;
Described column 4 is the steel components of secondary cylinder step, the upper step of column 4 is upper beam stanchion 42, the lower step of column 4 is moving beam lead 41, the diameter of described moving beam lead 41 is greater than the diameter of described upper beam stanchion 42, the upper end of described upper beam stanchion 42 is provided be used to the external screw thread that connects box upper beam 3 and is called upper screw thread, and the external screw thread that the lower end of described moving beam lead 41 is provided with for connecting working table 1 is called lower screw thread;
Described upper beam support set 43 is round tubular member, the post jamb stationary fit of the described upper beam stanchion 42 of the inside pipe wall of upper beam support set 43 and column 4, the pipe outer diameter of upper beam support set 43 and the post jamb equal diameters of described moving beam lead 41;
The hydraulically extensible executive component of described master cylinder 5 for being consisted of by cylinder body and piston;
The hydraulically extensible executive component of described ejection cylinder 6 for being consisted of by cylinder body and piston;
Described hydraulic control system 8 is the oil piping system of the control hydraulic press work that is made of electrically-controlled valve and pilot operated valve device oil pump;
The platform that described maintenance platform 9 operates for the carrying attendant who is made by steel plate and steel-pipe welding;
The ladder that be used for attendant up and down maintenance platform 9 of described helper 10 for being made by steel plate and steel-pipe welding;
from bottom to top be respectively workbench 1, moving beam slab 2, stud location plate 31 and box upper beam 3, four root posts 4 vertically are positioned at respectively workbench 1, moving beam slab 2, four corners of stud location plate 31 and box upper beam 3 are with workbench 1, moving beam slab 2, stud location plate 31 and box upper beam 3 are chained together, wherein, the lower end of the described moving beam lead 41 of column 4 is fixedly connected with by described lower screw thread with workbench 1, stud location plate 31 is erected on the step of described moving beam lead 41 and described upper beam stanchion 42 joint portions, upper beam support set 43 is enclosed within the outer wall place of described upper beam stanchion 42, box upper beam 3 is erected at the upper end of upper beam support set 43, box upper beam 3 is passed on the top of upper beam stanchion 42 describedly presents a theatrical performance as the last item on a programme 302 and be fixedly connected with box upper beam 3 with described upper screw thread by nut 304, moving beam slab 2 and described moving beam lead 41 sliding connections,
Be fixedly connected on the center of described upper beam slab 301 above the cylinder body of master cylinder 5, the following and stud location plate 31 of the cylinder body of master cylinder 5 is fixedly connected with, the lower end of the piston of master cylinder 5 be fixedly connected with above moving beam slab 2; Ejection cylinder 6 be fixed in workbench 1 center below, the piston of ejection cylinder 6 is arranged in central through hole that workbench 1 arranges and can the up and down stretching motion; Hydraulic control system 8 is fixedly installed on the lateral wall place of the described fuel tank 303 of box upper beam 3, maintenance platform 9 round box upper beam 3 and hydraulic control system 8 fixed mounts be located at stud location plate 31 above, the upper end of helper 10 is connected with maintenance platform 9, and the lower end of helper 10 is connected with ground 01.
Operation principle and beneficial effect
This device is by merging into box upper beam 3 with upper beam slab 301 and fuel tank 303 and being placed in the top of hydraulic press, saved auxiliary fuel tank, make the large-scale vertical hydraulic press reduce cost, dwindled floor space, because set helper 10 does not take floor area, do not affect the station arrangement of automation production flow line, so this device is suitable for the supporting application of automation production flow line.
Claims (1)
1. large-scale vertical hydraulic press that floor space is little, comprise workbench (1), moving beam slab (2), box upper beam (3), stud location plate (31), column (4), upper beam support set (43), master cylinder (5), ejection cylinder (6), hydraulic control system (8), maintenance platform (9), helper (10), it is characterized in that: described workbench (1) is the steel platform of the rectangular plate shape of bearer connection cover half work;
Described moving beam slab (2) is the exert pressure steel platform of rectangular plate shape of upwards reseting movement work of bearer connection dynamic model downwards;
described box upper beam (3) is the box-type structure of rectangular hollow, the bottom of box upper beam (3) is that the steel platform that is used for the rectangular plate shape of bearer connection master cylinder (5) is called beam slab (301), the frame wall that four sidewalls of described upper beam slab (301) are provided with by the rectangle that makes progress of welded steel plate is called tank wall, the chamber for being installed in hydraulic oil that described tank wall and described upper beam slab (301) surround is called fuel tank (303), described fuel tank (303) inside is provided with some separation chambers for sedimentation and filtration hydraulic oil, four corners that the outside of described fuel tank (303) is positioned at described upper beam slab (301) are respectively equipped with present a theatrical performance as the last item on a programme (302) that the upper beam stanchion (42) for passing column (4) that is made of the gusset welding is fixedly connected with box upper beam (3),
Described stud location plate (31) be used for to guarantee the steel platform of the rectangular plate shape that four root posts (4) are parallel to each other for the upper end of the moving beam lead (41) that is connected to column (4);
Described column (4) is the steel components of secondary cylinder step, the upper step of column (4) is upper beam stanchion (42), the lower step of column (4) is moving beam lead (41), the diameter of described moving beam lead (41) is greater than the diameter of described upper beam stanchion (42), the upper end of described upper beam stanchion (42) is provided be used to the external screw thread that connects box upper beam (3) and is called upper screw thread, and the external screw thread that the lower end of described moving beam lead (41) is provided with for connecting working table (1) is called lower screw thread;
Described upper beam support set (43) is round tubular member, the post jamb stationary fit of the described upper beam stanchion (42) of the inside pipe wall of upper beam support set (43) and column (4), the post jamb equal diameters of the pipe outer diameter of upper beam support set (43) and described moving beam lead (41);
The hydraulically extensible executive component of described master cylinder (5) for being consisted of by cylinder body and piston;
The hydraulically extensible executive component of described ejection cylinder (6) for being consisted of by cylinder body and piston;
Described hydraulic control system (8) is the oil piping system of the control hydraulic press work that is made of electrically-controlled valve and pilot operated valve device oil pump;
The platform that described maintenance platform (9) operates for the carrying attendant who is made by steel plate and steel-pipe welding;
The ladder that be used for attendant up and down maintenance platform (9) of described helper (10) for being made by steel plate and steel-pipe welding;
from bottom to top be respectively workbench (1), moving beam slab (2), stud location plate (31) and box upper beam (3), four root posts (4) vertically are positioned at respectively workbench (1), moving beam slab (2), four corners of stud location plate (31) and box upper beam (3) are with workbench (1), moving beam slab (2), stud location plate (31) and box upper beam (3) are chained together, wherein, the lower end of the described moving beam lead (41) of column (4) is fixedly connected with by described lower screw thread with workbench (1), stud location plate (31) is erected on the step of described moving beam lead (41) and described upper beam stanchion (42) joint portion, upper beam support set (43) is enclosed within the outer wall place of described upper beam stanchion (42), box upper beam (3) is erected at the upper end of upper beam support set (43), the top of upper beam stanchion (42) is passed described the presenting a theatrical performance as the last item on a programme (302) of box upper beam (3) and is fixedly connected with box upper beam (3) with described upper screw thread by nut (304), moving beam slab (2) and described moving beam lead (41) sliding connection,
Be fixedly connected on the center of described upper beam slab (301) above the cylinder body of master cylinder (5), following and the stud location plate (31) of the cylinder body of master cylinder (5) is fixedly connected with, the lower end of the piston of master cylinder (5) be fixedly connected with above moving beam slab (2); Ejection cylinder (6) be fixed in workbench (1) center below, the piston of ejection cylinder (6) is arranged in central through hole that workbench (1) arranges and can the up and down stretching motion; Hydraulic control system (8) is fixedly installed on the lateral wall place of the described fuel tank (303) of box upper beam (3), maintenance platform (9) round box upper beam (3) and hydraulic control system (8) fixed mount be located at stud location plate (31) above, the upper end of helper (10) is connected with maintenance platform (9), and the lower end of helper (10) is connected with ground (01).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220725616 CN202943884U (en) | 2012-12-11 | 2012-12-11 | Large vertical type hydraulic machine with small floor area |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220725616 CN202943884U (en) | 2012-12-11 | 2012-12-11 | Large vertical type hydraulic machine with small floor area |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202943884U true CN202943884U (en) | 2013-05-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220725616 Withdrawn - After Issue CN202943884U (en) | 2012-12-11 | 2012-12-11 | Large vertical type hydraulic machine with small floor area |
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| Country | Link |
|---|---|
| CN (1) | CN202943884U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102990961A (en) * | 2012-12-11 | 2013-03-27 | 宁波佳比佳工贸有限公司 | Large-scale vertical hydraulic machine with small floor area |
-
2012
- 2012-12-11 CN CN 201220725616 patent/CN202943884U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102990961A (en) * | 2012-12-11 | 2013-03-27 | 宁波佳比佳工贸有限公司 | Large-scale vertical hydraulic machine with small floor area |
| CN102990961B (en) * | 2012-12-11 | 2014-11-26 | 宁波佳比佳工贸有限公司 | Large-scale vertical hydraulic machine with small floor area |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130522 Effective date of abandoning: 20141126 |
|
| RGAV | Abandon patent right to avoid regrant |