CN205551987U - Processing production facility of U type bolt - Google Patents
Processing production facility of U type bolt Download PDFInfo
- Publication number
- CN205551987U CN205551987U CN201620185973.1U CN201620185973U CN205551987U CN 205551987 U CN205551987 U CN 205551987U CN 201620185973 U CN201620185973 U CN 201620185973U CN 205551987 U CN205551987 U CN 205551987U
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- female mold
- rolling apparatus
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Abstract
The utility model discloses a processing production facility of U type bolt, its mechanical part have included that a top is formed with the equipment principal of pay -off mesa, and a shearing mechanism, two sets of rolled thread mouths can realize opening rolled thread device and a set of curved system forming die who closes, its the whole course of working that can accomplish U type bolt, and need not access in whole course of working, rolled thread processing step and the curved type processing step that makes in automation's the transition U type bolt course of working. Therefore, above -mentioned technical scheme its actual the that positive is the technical problem of " the processing production efficiency who promotes U type bolt ", it uses the back in the actual production of the processing production U of enterprise type bolt, can promote the product production efficiency and the product production quality of enterprise to increase enterprise economic benefit effectively, promote the market competition of enterprise.
Description
Technical field
This utility model relates to the processing production equipment of a kind of anchor ear, the processing production equipment of a kind of U-bolt.
Background technology
U-bolt is of many uses, is mainly used in construction and installation, mechanical fitting connection, shipping vehicle, bridge tunnel railway etc..
The production and processing method of existing U-bolt approximately as: first, intercept metal wire rod section；Then, by independent screw-rolling machine, above-mentioned metal wire rod section two ends are carried out successively rolled thread to process；Finally, the metal wire rod section after the rolled thread processed of above-mentioned two ends is positioned in independent diel and completes to bend molding, obtain final U-bolt.Being all to complete on relatively independent process equipment in view of the multiple manufacturing procedures in above-mentioned U-bolt processing technique, the whole processing of the most above-mentioned U-bolt is the most relatively long, under production efficiency is relatively low.
Therefore, applicant feels the need to the processing production equipment of above-mentioned existing U-bolt is made the improvement of further structure.
Utility model content
The purpose of this utility model is in order to solve above-mentioned the deficiencies in the prior art and to provide the processing production equipment of the U-bolt of a kind of integral type.
To achieve these goals, the processing production equipment of a kind of U-bolt designed by this utility model, including electric control system and mechanical part, described mechanical part includes:
One top is formed with the equipment body of feeding table top, it is provided with blanking channel along spatial vertical direction on described equipment body, the feeding table top of side access portal through the said equipment main body of described blanking channel, its opposite side access portal is docked with the discharge channel of pass-through device main body on space level direction, and the lower opening's edge of the opposite side access portal of discharge channel stretches out along space level direction, and at the respective side formation trestle table of equipment body, the bottom surface of described discharge channel is equipped with the first slide rail, and extends on trestle table；
One shear, the outer opening's edge shearing the edge of a knife the most above-mentioned blanking channel access portal on feeding table top of described shear, and fall on feeding table top on the feeding path of material to be processed；
Two groups of rolled thread mouths are capable of the thread rolling apparatus of opening and closing, and described two groups of thread rolling apparatus lay respectively in the pair of sidewalls of above-mentioned blanking channel, and all fall within feed direction, and both are upwardly formed a difference in height in spatial vertical side；
One group is bent into mould, female mold part therein is slidingly attached on the first above-mentioned slide rail, and the side of described female mold part connects and has the first driving element driving this female mold part to make back and forth reciprocal slide action on the first slide rail, and it is bent into die cavity room towards two groups of above-mentioned thread rolling apparatus on female mold part, convex portions therein is positioned at the above-mentioned surface being bent into die cavity room, and higher than the feeding table top of equipment body；
Wherein, it is equipped with spacing preiection on the sidewall of the blanking channel on each shear opposite, and when the rolled thread mouth of each thread rolling apparatus closes and clamps a side end of material to be processed, the end side of described material to be processed then falls on the spacing preiection of its correspondence；Simultaneously when the storage of described female mold part is to time in equipment body, described female mold part is bent into die cavity room and the axis of the rolled thread mouth of thread rolling apparatus overlapped on spatial vertical direction；Above-mentioned shear, the convex portions being bent into mould drive element and thread rolling apparatus to be all connected with above-mentioned electrical control division sub-signal with the first of female mold part.
The processing production equipment of the U-bolt of a kind of integral structure design provided in above-mentioned, when it is specifically applied in the process of manufacture of U-bolt, user sets shear beforehand through electric control system, is bent into mould and thread rolling apparatus three's sequence of movement and the priority time difference of three's action, the machine-shaping process of the most above-mentioned U-bolt approximately as:
First-selected, material to be processed carries toward blanking channel direction on the feeding table top of equipment body, after the length of material entrance blanking channel reaches to set requirement, described shear blocks material, the material segment length being truncated that need to particularly point out above-mentioned setting needs to meet when this material segment down drops because of deadweight, one side end can be erected on the spacing preiection being positioned on blanking channel sidewall, in its end side the most just falls into the rolled thread mouth of thread rolling apparatus and the condition that is clamped；
Then, the above-mentioned material segment got off by shear cutting down drops in the deadweight of blanking channel endogenous cause of ill, one side end of described material segment carries out rolled thread processing in first dropping into the rolled thread mouth of above one group thread rolling apparatus, after above-mentioned rolled thread processing action completes, above-mentioned thread rolling apparatus unclamps described material segment, this material segment continues to because of deadweight, until the rolled thread mouth that its end side drops down onto the one group of thread rolling apparatus being positioned at lower section carries out rolled thread processing equally, the rolled thread course of processing at the most described material segment two ends is just fully completed；
Then, the above-mentioned one group of thread rolling apparatus being positioned at lower section unclamps described material segment, this material segment continues to fall because of deadweight, it is bent into described in considering in mould that to be bent into die cavity room and the axis of the rolled thread mouth of thread rolling apparatus on female mold part overlapped on spatial vertical direction, the most above-mentioned rolled thread machine after material segment can according to the track designed drop into above-mentioned female mold part to be bent into die cavity indoor, the convex portions punching press from top to bottom being bent into mould described in Tong Buing is positioned at the material segment of female mold part, thus complete the bending process forming process of material segment；
Finally, under the second power-assisted effect driving element, above-mentioned female mold part is along the first slide rail removal equipment body, user takes off the U-bolt of the type of having been processed into from female mold part, so far the whole course of processing of U-bolt the most all finishes, and described female mold part resets again, and the material to be processed of synchronization moves to blanking channel on the feeding table top of equipment body again, prepare for next operation, with this repeatable operation.
From foregoing introduction, the processing production equipment of a kind of U-bolt provided in this utility model, it can complete the whole course of processing of U-bolt, and get involved without user in the whole course of processing, rolled thread procedure of processing in the transition U-bolt course of processing of equipment automatization and bend molding procedure of processing, promotes the processing efficiency of U-bolt effectively.
Preferred as a kind of technology, the concrete structure often organizing thread rolling apparatus all includes: on space level direction straight line arrangement the first motor and the second motor, first motor therein is fixedly installed on equipment body, second motor is then movable to be installed to equipment body, air line distance alterable between itself and the first motor, the motor shaft of described first motor and the second motor all runs through the sidewall of blanking channel, and enter in blanking channel, the rolled thread mouth forming material to be processed between cylindrical die roll, and two cylindrical die rolls all it is connected with at each motor shaft end；
One the second driving element being fixed on equipment body, described second drives the drive shaft of element to make reciprocal telescopic action on the straight line arragement direction of the first motor and the second motor；
Wherein, on described equipment body, the straight line arragement direction along the first motor and the second motor is fixed with the second guide rail, above-mentioned second motor is slidingly attached on this second guide rail, and drive the drive shaft of element to be in transmission connection with above-mentioned second, above-mentioned second drives element to be connected with above-mentioned electrical control division sub-signal.
The simple in construction of thread rolling apparatus described in above-mentioned optimal technical scheme, structural stability is good, and fault rate is relatively low.
Preferred as further technology, above-mentioned in the first driving element and second drive element all to preferably facilitate the servo-drive cylinder that electric control system controls.
The processing production equipment of a kind of U-bolt that this utility model obtains, after it uses in the actual production of enterprise's processing U-bolt, can the production efficiency of enterprise and production quality, thus effectively increase Business Economic Benefit, the enterprise market competitiveness.
Accompanying drawing explanation
Fig. 1 is the sectional schematic diagram that this utility model is provided the processing production equipment of a kind of U-bolt；
Fig. 2 is the sectional schematic diagram of equipment body at a-a in Fig. 1；
Fig. 3 is the top surface structure schematic diagram that this utility model is provided the processing production equipment of a kind of U-bolt；
Fig. 4 is that this utility model is provided the sidewall surfaces structural representation of blanking channel in the processing production equipment of a kind of U-bolt.
In figure: electric control system 1, equipment body 2, blanking channel 3, feeding table top 4, discharge channel 5, trestle table the 6, first slide rail 7, shear 8, the shearing edge of a knife 9, thread rolling apparatus 10, female mold part 11, first drive element 12, are bent into die cavity room 13, convex portions 14, spacing preiection 15, rolled thread mouth the 16, first motor the 17, second motor 18, motor shaft 19, cylindrical die roll the 20, second driving element the 21, second guide rail 22, drive shaft 23.
Detailed description of the invention
With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
As Figure 1-3, the processing production equipment of a kind of U-bolt provided in the present embodiment, including electric control system 1 and mechanical part, described mechanical part includes:
One top is formed with the equipment body 2 of feeding table top 4, it is provided with blanking channel 3 along spatial vertical direction on described equipment body 2, the feeding table top 4 of side access portal through the said equipment main body 2 of described blanking channel 3, its opposite side access portal is docked with the discharge channel 5 of pass-through device main body 2 on space level direction, and the lower opening's edge of the opposite side access portal of discharge channel 5 stretches out along space level direction, and at the respective side formation trestle table 6 of equipment body 2, the bottom surface of described discharge channel 5 is equipped with the first slide rail 7, and extend on trestle table 6；
One shear 8, the outer opening's edge shearing the most above-mentioned blanking channel of the edge of a knife 93 access portal on feeding table top 4 of described shear 8, and fall on feeding table top 4 on the feeding path of material to be processed；
Two groups of rolled thread mouths 16 are capable of the thread rolling apparatus 10 of opening and closing, and described two groups of thread rolling apparatus 10 lay respectively in the pair of sidewalls of above-mentioned blanking channel 3, and all fall within feed direction, and both are upwardly formed a difference in height in spatial vertical side；
One group is bent into mould, female mold part 11 therein is slidingly attached on the first above-mentioned slide rail 7, and the side of described female mold part 11 connects and has the first driving element 12 driving this female mold part 11 to make back and forth reciprocal slide action on the first slide rail 7, and it is bent into die cavity room 13 towards two groups of above-mentioned thread rolling apparatus 10 on female mold part 11, convex portions 14 therein is positioned at the above-mentioned surface being bent into die cavity room 13, and higher than the feeding table top 4 of equipment body 2；
Wherein, it is equipped with spacing preiection 15 on the sidewall of the blanking channel 3 on each shear 8 opposite, and when the rolled thread mouth 16 of each thread rolling apparatus 10 closes and clamp a side end of material to be processed, the end side of described material to be processed then falls on the spacing preiection 15 of its correspondence；Simultaneously when described female mold part 11 is received to equipment body 2, described female mold part 11 is bent into die cavity room 13 and the axis of both rolled thread mouths 16 of thread rolling apparatus 10 overlapped on spatial vertical direction；Above-mentioned shear 8, the convex portions 14 being bent into mould drive element 12 and thread rolling apparatus 10 4 to be all connected with above-mentioned electric control system 1 signal with the first of female mold part 11.
As shown in Figure 1 and Figure 4, often the concrete structure of group thread rolling apparatus 10 all includes: the first motor 17 and the second motor 18 of straight line arrangement on space level direction, first motor 17 therein is fixedly installed on equipment body 2, second motor 18 is then movable to be installed to equipment body 2, air line distance alterable between itself and the first motor 17, the motor shaft 19 of described first motor 17 and the second motor 18 all runs through the sidewall of blanking channel 3, and enter in blanking channel 3, cylindrical die roll 20 all it is connected with at each motor shaft 19 end, and between two cylindrical die rolls 20, form the rolled thread mouth 16 of material to be processed；
One the second driving element 21 being fixed on equipment body 2, described second drives the drive shaft 23 of element 21 to make reciprocal telescopic action on the straight line arragement direction of the first motor 17 and the second motor 18；
Wherein, on described equipment body 2, the straight line arragement direction along the first motor 17 and the second motor 18 is fixed with the second guide rail 22, above-mentioned second motor 18 is slidingly attached on this second guide rail 22, and drive the drive shaft 23 of element 21 to be in transmission connection with above-mentioned second, above-mentioned second drives element 21 to be connected with above-mentioned electric control system 1 signal.
In the present embodiment, above-mentioned first element 12 and second is driven to drive element 21 all to select the servo-drive cylinder being easy to electric control system 1 control.
The processing production equipment of the U-bolt of a kind of integral structure design provided in above-mentioned, when it is specifically applied in the process of manufacture of U-bolt, user sets shear 8 beforehand through electric control system 1, is bent into mould and thread rolling apparatus 10 three's sequence of movement and the priority time difference of three's action, the machine-shaping process of the most above-mentioned U-bolt approximately as:
First-selected, material to be processed carries toward blanking channel 3 direction on the feeding table top 4 of equipment body 2, after the length of material entrance blanking channel 3 reaches to set requirement, described shear 8 blocks material, the material segment length being truncated that need to particularly point out above-mentioned setting needs to meet when this material segment down drops because of deadweight, one side end can be erected on the spacing preiection 15 being positioned on blanking channel 3 sidewall, and the rolled thread mouth 16 that its end side the most just falls into thread rolling apparatus 10 is interior and clamped；
Then, the above-mentioned material segment got off by shear 8 cutting down drops in the deadweight of blanking channel 3 endogenous cause of ill, one side end of described material segment carries out rolled thread processing in first dropping into the rolled thread mouth 16 of above one group thread rolling apparatus 10, after above-mentioned rolled thread processing action completes, above-mentioned thread rolling apparatus 10 unclamps described material segment, this material segment continues to because of deadweight, until the rolled thread mouth 16 that its end side drops down onto the one group of thread rolling apparatus 10 being positioned at lower section carries out rolled thread processing equally, the rolled thread course of processing at the most described material segment two ends is just fully completed；
Then, the above-mentioned one group of thread rolling apparatus 10 being positioned at lower section unclamps described material segment, this material segment continues to fall because of deadweight, it is bent into described in considering in mould that to be bent into die cavity room 13 and the axis of both rolled thread mouths 16 of thread rolling apparatus 10 on female mold part 11 overlapped on spatial vertical direction, material segment after the most above-mentioned rolled thread machines can drop into being bent in die cavity room 13 of above-mentioned female mold part 11 according to the track designed, convex portions 14 punching press from top to bottom being bent into mould described in Tong Buing is positioned at the material segment of female mold part 11, thus complete the bending process forming process of material segment；
Finally, under the second power-assisted effect driving element 21, above-mentioned female mold part 11 removes equipment body 2 along the first slide rail 7, user takes off the U-bolt of the type of having been processed into from female mold part 11, so far the whole course of processing of U-bolt the most all finishes, and made female mold part 11 resets again, and the material to be processed of synchronization moves to blanking channel 3 on the feeding table top 4 of equipment body 2 again, prepare for next operation, with this repeatable operation.
From foregoing introduction, the processing production equipment of a kind of U-bolt provided in this utility model, it can complete the whole course of processing of U-bolt, and access without user in the whole course of processing, rolled thread procedure of processing in the transition U-bolt course of processing of equipment automatization and bend molding procedure of processing, promotes the processing efficiency of U-bolt effectively.
Claims (2)
1. a processing production equipment for U-bolt, including electric control system (1) and mechanical part, is characterized in that described mechanical part includes:
One top is formed with the equipment body (2) of feeding table top (4), it is provided with blanking channel (3) along spatial vertical direction on described equipment body (2), the feeding table top (4) of the side access portal through the said equipment main body (2) of described blanking channel (3), its opposite side access portal is docked with the discharge channel (5) of pass-through device main body (2) on space level direction, and the lower opening's edge of the opposite side access portal of discharge channel (5) stretches out along space level direction, and in respective side formation trestle table (6) of equipment body (2), the bottom surface of described discharge channel (5) is equipped with the first slide rail (7), and extend on trestle table (6)；
One shear (8), the outer opening's edge of the shearing edge of a knife (9) the most above-mentioned blanking channel (3) of described shear (8) access portal on feeding table top (4), and fall on the feeding path of the upper material to be processed of feeding table top (4)；
Two groups of rolled thread mouths (16) are capable of the thread rolling apparatus (10) of opening and closing, described two groups of thread rolling apparatus (10) lay respectively in the pair of sidewalls of above-mentioned blanking channel (3), and all fall within feed direction, and both are upwardly formed a difference in height in spatial vertical side；
One group is bent into mould, female mold part therein (11) is slidingly attached on above-mentioned the first slide rail (7), and the side of described female mold part (11) connects to have and drives this female mold part (11) in upper the first driving element (12) making back and forth reciprocal slide action of the first slide rail (7), and it is bent into die cavity room (13) towards two groups of above-mentioned thread rolling apparatus (10) on female mold part (11), convex portions therein (14) is positioned at the above-mentioned surface being bent into die cavity room (13), and higher than the feeding table top (4) of equipment body (2)；
Wherein, it is equipped with spacing preiection (15) on the sidewall of the blanking channel (3) on each shear (8) opposite, and when the rolled thread mouth (16) of each thread rolling apparatus (10) closes and clamp a side end of material to be processed, the end side of described material to be processed then falls on the spacing preiection (15) of its correspondence；Simultaneously when described female mold part (11) storage is to time in equipment body (2), described female mold part (11) is bent into die cavity room (13) and rolled thread mouth (16) both axis of thread rolling apparatus (10) overlapped on spatial vertical direction；Above-mentioned shear (8), the convex portions (14) being bent into mould drive element (12) and thread rolling apparatus (10) four to be all connected with above-mentioned electric control system (1) signal with the first of female mold part (11).
The processing production equipment of a kind of U-bolt the most according to claim 1, is characterized in that the concrete structure often organizing thread rolling apparatus (10) all includes:
The first motor (17) that straight line is arranged on space level direction and the second motor (18), first motor (17) therein is fixedly installed on equipment body (2), second motor (18) is then movable to be installed to equipment body (2), air line distance alterable between itself and the first motor (17), the motor shaft (19) of described first motor (17) and the second motor (18) all runs through the sidewall of blanking channel (3), and enter in blanking channel (3), cylindrical die roll (20) all it is connected with at each motor shaft (19) end, and between two cylindrical die rolls (20), form the rolled thread mouth (16) of material to be processed；
One the second driving element (21) being fixed on equipment body (2), described second drives the drive shaft (23) of element (21) to make reciprocal telescopic action on the first motor (17) the straight line arragement direction with the second motor (18)；
Wherein, on described equipment body (2), the straight line arragement direction along the first motor (17) Yu the second motor (18) is fixed with the second guide rail (22), above-mentioned second motor (18) is slidingly attached on this second guide rail (22), and drive the drive shaft (23) of element (21) to be in transmission connection with above-mentioned second, above-mentioned second drives element (21) to be connected with above-mentioned electric control system (1) signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620185973.1U CN205551987U (en) | 2016-03-11 | 2016-03-11 | Processing production facility of U type bolt |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620185973.1U CN205551987U (en) | 2016-03-11 | 2016-03-11 | Processing production facility of U type bolt |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205551987U true CN205551987U (en) | 2016-09-07 |
Family
ID=56817633
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620185973.1U Withdrawn - After Issue CN205551987U (en) | 2016-03-11 | 2016-03-11 | Processing production facility of U type bolt |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205551987U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105598704A (en) * | 2016-03-11 | 2016-05-25 | 宁波思进机械股份有限公司 | U-bolt production apparatus |
-
2016
- 2016-03-11 CN CN201620185973.1U patent/CN205551987U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105598704A (en) * | 2016-03-11 | 2016-05-25 | 宁波思进机械股份有限公司 | U-bolt production apparatus |
| CN105598704B (en) * | 2016-03-11 | 2017-11-07 | 宁波思进机械股份有限公司 | A kind of processing production equipment of U-bolt |
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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 | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160907 Effective date of abandoning: 20171107 |