CN205147103U - Air condensing units frequency conversion median septum stamping die - Google Patents
Air condensing units frequency conversion median septum stamping die Download PDFInfo
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- CN205147103U CN205147103U CN201520976589.9U CN201520976589U CN205147103U CN 205147103 U CN205147103 U CN 205147103U CN 201520976589 U CN201520976589 U CN 201520976589U CN 205147103 U CN205147103 U CN 205147103U
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Abstract
The utility model belongs to the technical field of stamping die and specifically relates to an air condensing units frequency conversion median septum stamping die which the difference lies in: its include mould portion and with go up complex lower mould portion of mould portion, go up mould portion and lower mould portion along the mould length direction corresponding machining -position progressive that punches a hole, first deburring machining -position progressive, shaping machining -position progressive, second deburring machining -position progressive, first deburring punch a hole machining -position progressive, second deburring the punch a hole machining -position progressive and the machining -position progressive that bends of being provided with in proper order. The utility model discloses it is as an organic whole to integrate a plurality of machining -position progressive, and mutual independence, mutually noninterfere between each machining -position progressive, and continuous production has improved production precision and efficiency, has practiced thrift the technology cost.
Description
Technical field
The utility model relates to diel field, the diel of especially a kind of air-conditioner outdoor unit frequency conversion median septum.
Background technology
At present, along with the market demand and product diversification, air-conditioning is inner, external structure changes because producing difference.For the air supply rate with the requirement of radiating treatment hole, often the step such as deburring, punching is various, therefore, needs correspondence to open the how secondary diel of system, this just causes mould and opens the huge of quantity processed, correspondingly causes following problem: the expense processed of opening of (1) mould increases greatly; (2) die change number of times when producing and time increase greatly; (3) management cost of mould increases greatly.
Summary of the invention
The purpose of this utility model is the shortcoming overcoming prior art, the diel of a kind of air-conditioner outdoor unit frequency conversion median septum is provided, multiple processing stations is become one, and it is separate between each processing stations, non-interference, continuous seepage, improve production precision and efficiency, save process costs.
For solving above technical problem, the technical solution of the utility model is: the diel of a kind of air-conditioner outdoor unit frequency conversion median septum, its difference is: it lower mold portion comprising upper mold portion and coordinate with described upper mold portion, and described upper mold portion and lower mold portion are corresponding in turn to along die length direction and are provided with punching processing station, the first trim process station, processing and forming station, the second trim process station, the first trimming and piercing die processing stations, the second trimming and piercing die processing stations and Bending Processing station;
Described upper mold portion comprises patrix and supports, be located at described patrix support below and can support relative to patrix the cope match-plate pattern moved up and down, and connect the guide of patrix support and cope match-plate pattern, described cope match-plate pattern offers the first through hole that several run through cope match-plate pattern, the lower surface of described cope match-plate pattern is constructed to upper die forming face, the corresponding each processing stations of described cope match-plate pattern is split as separate seven sections, described upper mold portion also comprises several patrixes of arranging corresponding to each processing stations and is moved into shaped piece and patrix is fixed into shaped piece, one end that described patrix is moved into shaped piece is fixed in patrix support, the other end is set in described first through hole and also can moves up and down relative to described cope match-plate pattern, one end that described patrix is fixed into shaped piece is fixed in described cope match-plate pattern, the other end stretches out outside described upper die forming face,
Described lower mold portion comprises the lower bolster coordinated with described cope match-plate pattern, and the counterdie be located at below described lower bolster supports, described lower bolster supports with described counterdie and is fixedly connected with, described lower bolster offers the second through hole that several run through lower bolster, the upper surface of described lower bolster is constructed to counterdie forming surface, described lower mold portion also comprises several counterdies of arranging corresponding to each processing stations and is fixed into shaped piece and retractable counterdie is moved into shaped piece, one end that described counterdie is moved into shaped piece is fixed in counterdie support, the other end also can move up and down relative to described lower bolster through described second through hole, one end that described counterdie is fixed into shaped piece is fixed in described lower bolster or counterdie support, the other end stretches out outside described counterdie forming surface.
By above technical scheme, described guide comprises screw and is sheathed on the spacing ring on described screw, described patrix offers the third through-hole coordinated with described guide on supporting, described third through-hole is divided into epimere and hypomere, described third through-hole epimere diameter is greater than described spacing ring diameter, described third through-hole hypomere diameter is greater than described screw diameter and is less than described spacing ring diameter, the interface of described third through-hole epimere and hypomere is constructed to the confined planes coordinated with described spacing ring, and described guide passes described third through-hole and screws in cope match-plate pattern.
By above technical scheme, described upper mold portion also comprises the first correcting part, and described lower mold portion also comprises the second correcting part coordinated with described first correcting part.
By above technical scheme, described upper mold portion also comprises nitrogen spring, and one end of described nitrogen spring is fixed in the support of described patrix, the other end is connected with cope match-plate pattern.
By above technical scheme, described upper mold portion also comprises Compress Spring, and one end and the described patrix of described Compress Spring support fixing, the other end and be connected with described cope match-plate pattern.
By above technical scheme, described counterdie is moved into shaped piece and comprises counterdie and be moved into shaped piece body and lower fixed seat, described counterdie is moved into shaped piece body and is connected by elastic component with lower fixed seat, described lower fixed seat is fixed in counterdie support, and described counterdie is moved into shaped piece body and is set in described second through hole.
By above technical scheme, described patrix supports and comprises the upper bolster, upper padding plate and the train wheel bridge that set gradually from top to bottom, and described upper bolster, upper padding plate are fixedly connected with train wheel bridge.
By above technical scheme, described cope match-plate pattern comprises the overhead gage and upper de-plate that set gradually from top to bottom, and described overhead gage is fixedly connected with upper de-plate.
By above technical scheme, described counterdie supports and comprises the lower bolster and die shoe that set gradually from top to bottom, and described lower bolster is fixedly connected with die shoe.
Contrast prior art, beneficial features of the present utility model is: this air-conditioner outdoor unit frequency conversion median septum diel, be applicable to produce air-conditioner outdoor unit frequency conversion median septum, by production stage, seven processing stations are become one, reduce process costs, save floor space, and the corresponding each processing stations of cope match-plate pattern is split as separate seven sections, each section of cope match-plate pattern can support with patrix and lower bolster matched moulds/die sinking respectively, make between each processing stations non-interference, ensure that machining accuracy and the end product quality of each processing stations; Each processing stations is processed simultaneously, and continuous seepage improves production efficiency, reduces process costs; Be provided with patrix and be moved into shaped piece and counterdie is moved into shaped piece, the air-conditioner outdoor unit frequency conversion median septum demoulding of being more convenient for, improves product quality and production efficiency.
Accompanying drawing explanation
Fig. 1 is the utility model embodiment mold-opening structure schematic diagram;
Fig. 2 is upper mold portion partial structurtes enlarged drawing in the utility model embodiment;
Wherein: 1-patrix supports (101-upper bolster, 102-upper padding plate, 103-train wheel bridge, 104-third through-hole (104a-third through-hole epimere, 104b-third through-hole hypomere, 104c-confined planes)), 2-cope match-plate pattern (2a-upper die forming face, 201-overhead gage, the upper de-plate of 202-), 3-guide (301-screw, 302-spacing ring), 4-patrix is moved into shaped piece, 5-patrix is fixed into shaped piece, 6-lower bolster (6a-counterdie forming surface), 7-counterdie supports (701-lower bolster, 702-die shoe), 8-counterdie is moved into shaped piece, 9-counterdie is fixed into shaped piece, 10-first correcting part, 11-second correcting part, 12-nitrogen spring, 13-Compress Spring, a-punching processing station, b-first trim process station, c-processing and forming station, d-second trim process station, e-first trimming and piercing die processing stations, f-second trimming and piercing die processing stations, g-Bending Processing station.
Detailed description of the invention
By reference to the accompanying drawings the utility model is described in further detail below by detailed description of the invention.
Please refer to Fig. 1 and Fig. 2, the diel of the utility model embodiment air-conditioner outdoor unit frequency conversion median septum, it lower mold portion comprising upper mold portion and coordinate with described upper mold portion, described upper mold portion and lower mold portion are corresponding in turn to along die length direction and are provided with punching processing station a, the first trim process station b, processing and forming station c, the second trim process station d, the first trimming and piercing die processing stations e, the second trimming and piercing die processing stations f and Bending Processing station g;
Described upper mold portion comprises patrix and supports 1, be located at below described patrix support 1 and also can support 1 cope match-plate pattern moved up and down 2 relative to patrix, and connect the guide 3 that patrix supports 1 and cope match-plate pattern 2, described cope match-plate pattern 2 offers the first through hole that several run through cope match-plate pattern 2, the lower surface of described cope match-plate pattern 2 is constructed to upper die forming face 2a, the corresponding each processing stations of described cope match-plate pattern 2 is split as separate seven sections, each section of cope match-plate pattern 2 can support 1 matched moulds/die sinking with described patrix respectively, described upper mold portion also comprises several patrixes of arranging corresponding to each processing stations and is moved into shaped piece 4 and patrix is fixed into shaped piece 5, patrix is moved into shaped piece 4 and has the stiff end and free end that are oppositely arranged, the stiff end that patrix is moved into shaped piece 4 is fixed in patrix support 1, the free end that patrix is moved into shaped piece 4 is set in described first through hole, patrix is moved into shaped piece 4 and can moves up and down relative to cope match-plate pattern 2 and make its free end stretch out in the outer or retraction cope match-plate pattern 2 of upper die forming face 2a, patrix is fixed into shaped piece 5 and has the stiff end and free end that are oppositely arranged, the stiff end that patrix is fixed into shaped piece 5 is fixed in described cope match-plate pattern 2, the free end that patrix is fixed into shaped piece 5 stretches out outside described upper die forming face 2a,
Described lower mold portion comprises the lower bolster 6 coordinated with described cope match-plate pattern 2, and the counterdie be located at below described lower bolster 6 supports 7, described lower bolster 6 and described counterdie support 7 and are fixedly connected with, described lower bolster 6 offers the second through hole that several run through lower bolster 6, the upper surface of described lower bolster 6 is constructed to counterdie forming surface 6a, described lower mold portion also comprises several counterdies of arranging corresponding to each processing stations and is moved into shaped piece 8 and counterdie is fixed into shaped piece 9, described counterdie is moved into shaped piece 8 flexible, counterdie is moved into shaped piece 8 and has the stiff end and free end that are oppositely arranged, the stiff end that counterdie is moved into shaped piece 8 is fixed in counterdie support 7, counterdie is moved into the free end of shaped piece 8 through described second through hole, counterdie is moved into shaped piece 8 and can moves up and down relative to lower bolster 6 and make its free end stretch out in the outer or retraction lower bolster 6 of counterdie forming surface 6a, counterdie is fixed into shaped piece 9 and has the stiff end and free end that are oppositely arranged, the stiff end that counterdie is fixed into shaped piece 9 is fixed in described lower bolster 6 or counterdie support 7, the free end that counterdie is fixed into shaped piece 9 stretches out outside described counterdie forming surface 6a.
Preferably, described patrix supports 1 and comprises the upper bolster 101, upper padding plate 102 and the train wheel bridge 103 that set gradually from top to bottom, and described upper bolster 101, upper padding plate 102 are fixedly connected with train wheel bridge 103.
Preferably, described cope match-plate pattern 2 comprises the overhead gage 201 and upper de-plate 202 that set gradually from top to bottom, and described overhead gage 201 is fixedly connected with upper de-plate 202.
Preferably, described counterdie supports 7 and comprises the lower bolster 701 and die shoe 702 that set gradually from top to bottom, and described lower bolster 701 is fixedly connected with die shoe 702.
Preferably, described upper mold portion also comprises the first correcting part 10, and described lower mold portion also comprises when the second correcting part 11, first correcting part 10 of coordinating with described first correcting part 10 and the second correcting part 11 coordinate and can prevent upper mold portion and lower mold portion matched moulds deviation occurs.
Preferred, described first correcting part 10 is symmetrically set in the lower surface place that described patrix supports 1, described second correcting part 11 be located at described counterdie support on 7 with described first correcting part 10 corresponding position; Described first correcting part 10 is constructed to column structure/sleeve-like configuration, and described second correcting part 11 is constructed to sleeve-like configuration/column structure.
Preferably, described upper mold portion also comprises and seven sections of cope match-plate patterns 2, seven elastic components one to one, and one end of described elastic component is fixed on that patrix supports in 1, the other end is fixing with each self-corresponding cope match-plate pattern 2.
Preferred, described elastic component is nitrogen spring 12 or Compress Spring 13, and during die sinking, nitrogen spring 12/ Compress Spring 13 improves the demoulding efficiency of air-conditioner outdoor unit frequency conversion median septum.
Preferably, the spacing ring 302 that described guide 3 comprises screw 301 and is sheathed on described screw 301, described patrix supports on 1 and offers the third through-hole 104 coordinated with described guide 3, described third through-hole 104 is divided into epimere 104a and hypomere 104b, described third through-hole epimere 104a diameter is greater than described spacing ring 302 diameter, described third through-hole hypomere 104b diameter is greater than described screw 301 diameter and is less than described spacing ring 302 diameter, the interface of described third through-hole epimere 104a and hypomere 104b is constructed to the confined planes 104c coordinated with described spacing ring 302, described guide 3 supports 1 through described patrix and screws in cope match-plate pattern 2.
Preferably, between adjacent two sections of cope match-plate patterns 2, there is gap.
Preferably, described counterdie is moved into shaped piece 8 and comprises counterdie and be moved into shaped piece body and lower fixed seat, described counterdie is moved into shaped piece body and is connected by elastic component with lower fixed seat, described lower fixed seat is fixed on counterdie and supports in 7, and described counterdie is moved into shaped piece body and is set in described second through hole.
1), punching please refer to Fig. 1 and Fig. 2, the utility model embodiment is suitable for producing air-conditioner outdoor unit frequency conversion median septum, and its procedure of processing is followed successively by:; 2), deburring; 3), shaping; 4), deburring; 5), trimming and piercing die; 6), trimming and piercing die; 7), bending.By air-conditioner outdoor unit frequency conversion median septum procedure of processing, upper mold portion and lower mold portion are corresponding in turn to along die length direction and are provided with punching processing station a, the first trim process station b, processing and forming station c, the second trim process station d, the first trimming and piercing die processing stations e, the second trimming and piercing die processing stations f and Bending Processing station g.
The corresponding each processing stations of cope match-plate pattern 2 is split as separate seven sections, is respectively: cope match-plate pattern punching section, cope match-plate pattern first deburring section, cope match-plate pattern profiled section, cope match-plate pattern second deburring section, cope match-plate pattern first trimming and piercing die section, cope match-plate pattern second trimming and piercing die section and cope match-plate pattern bending section.
The corresponding each section of cope match-plate pattern of lower bolster 6 is divided into seven sections, is respectively: lower bolster punching section, lower bolster first deburring section, lower bolster profiled section, lower bolster second deburring section, lower bolster first trimming and piercing die section, lower bolster second trimming and piercing die section and lower bolster bending section.
Cope match-plate pattern punching section is provided with patrix and is moved into shaped piece 4, it is abnormal-shaped punch structure that the patrix at this section of place is moved into shaped piece 4; Lower bolster punching section offers the material spilling hole structure with this abnormal-shaped punch respective outer side edges, lower bolster punching section is also provided with counterdie and is moved into shaped piece 8, the counterdie at this section of place is moved into shaped piece 8 for shaping insert structure.
Cope match-plate pattern first deburring section is provided with patrix simultaneously and is moved into shaped piece 4 and patrix is fixed into shaped piece 5, the patrix at this section of place is moved into shaped piece 4 for abnormal-shaped punch structure and shaping insert structure, and the patrix at this section of place is fixed into shaped piece 5 for punch structure; Lower bolster first deburring section offers with abnormal-shaped punch respective outer side edges material spilling hole structure and coordinate with shaping insert structure allow bit architecture, lower bolster first deburring section is also provided with counterdie and is moved into shaped piece 8, the counterdie at this section of place is moved into shaped piece 8 for material returned latch structure, and this material returned latch structure coordinates with punch structure.
Cope match-plate pattern profiled section is provided with patrix and is fixed into shaped piece 5, the patrix at this section of place is fixed into shaped piece 5 for shaping insert structure, and lower bolster first deburring section is provided with counterdie and is moved into shaped piece 8, and the counterdie at this section of place is moved into shaped piece 8 for shaping insert structure.
Lower bolster second deburring section is provided with counterdie and is moved into shaped piece 8, the counterdie at this section of place is moved into shaped piece 8 for integer insert structure.
Cope match-plate pattern first trimming and piercing die section is provided with patrix and is moved into shaped piece 4 and patrix is fixed into shaped piece 5, the patrix at this section of place is moved into shaped piece 4 for integer insert structure, and the patrix at this section of place is fixed into shaped piece 5 for punch structure; Lower bolster first trimming and piercing die section is provided with counterdie and is fixed into shaped piece 9, and the counterdie of this section is fixed into shaped piece 9 for integer insert structure, and lower bolster first trimming and piercing die section is provided with counterdie and is moved into shaped piece 8, and the counterdie at this section of place is moved into shaped piece 8 for integer insert structure.
Lower bolster second trimming and piercing die section is provided with counterdie and is moved into shaped piece 8, the counterdie at this section of place is moved into shaped piece 8 for integer insert structure.
Cope match-plate pattern bending section is provided with patrix and is fixed into shaped piece 5, the patrix at this section of place is fixed into shaped piece 5 for integer insert structure; Lower bolster bending section is provided with counterdie and is moved into shaped piece 8, it is die plate insert structure that the counterdie at this section of place is moved into shaped piece 8, and this die plate insert structure coordinates with integer insert structure.
Above content is the further description done the utility model in conjunction with concrete embodiment, can not assert that concrete enforcement of the present utility model is confined to these explanations.For the those of ordinary skill of the technical field belonging to the utility model, without departing from the concept of the premise utility, some simple deduction or replace can also be made, all should be considered as belonging to protection domain of the present utility model.
Claims (9)
1. air-conditioner outdoor unit frequency conversion median septum diel, it is characterized in that: it lower mold portion comprising upper mold portion and coordinate with described upper mold portion, described upper mold portion and lower mold portion are corresponding in turn to along die length direction and are provided with punching processing station, the first trim process station, processing and forming station, the second trim process station, the first trimming and piercing die processing stations, the second trimming and piercing die processing stations and Bending Processing station;
Described upper mold portion comprises patrix and supports, be located at described patrix support below and can support relative to patrix the cope match-plate pattern moved up and down, and connect the guide of patrix support and cope match-plate pattern, described cope match-plate pattern offers the first through hole that several run through cope match-plate pattern, the lower surface of described cope match-plate pattern is constructed to upper die forming face, the corresponding each processing stations of described cope match-plate pattern is split as separate seven sections, described upper mold portion also comprises several patrixes of arranging corresponding to each processing stations and is moved into shaped piece and patrix is fixed into shaped piece, one end that described patrix is moved into shaped piece is fixed in patrix support, the other end is set in described first through hole and also can moves up and down relative to described cope match-plate pattern, one end that described patrix is fixed into shaped piece is fixed in described cope match-plate pattern, the other end stretches out outside described upper die forming face,
Described lower mold portion comprises the lower bolster coordinated with described cope match-plate pattern, and the counterdie be located at below described lower bolster supports, described lower bolster supports with described counterdie and is fixedly connected with, described lower bolster offers the second through hole that several run through lower bolster, the upper surface of described lower bolster is constructed to counterdie forming surface, described lower mold portion also comprises several counterdies of arranging corresponding to each processing stations and is moved into shaped piece and counterdie is fixed into shaped piece, described counterdie is moved into shaped piece flexible, one end that described counterdie is moved into shaped piece is fixed in counterdie support, the other end also can move up and down relative to described lower bolster through described second through hole, one end that described counterdie is fixed into shaped piece is fixed in described lower bolster or counterdie support, the other end stretches out outside described counterdie forming surface.
2. air-conditioner outdoor unit frequency conversion median septum diel as claimed in claim 1, it is characterized in that: described guide comprises screw and is sheathed on the spacing ring on described screw, described patrix offers the third through-hole coordinated with described guide on supporting, described third through-hole is divided into epimere and hypomere, described third through-hole epimere diameter is greater than described spacing ring diameter, described third through-hole hypomere diameter is greater than described screw diameter and is less than described spacing ring diameter, the interface of described third through-hole epimere and hypomere is constructed to the confined planes coordinated with described spacing ring, described guide passes described third through-hole and screws in cope match-plate pattern.
3. air-conditioner outdoor unit frequency conversion median septum diel as claimed in claim 1, it is characterized in that: described upper mold portion also comprises the first correcting part, described lower mold portion also comprises the second correcting part coordinated with described first correcting part.
4. air-conditioner outdoor unit frequency conversion median septum diel as claimed in claim 1, is characterized in that: described upper mold portion also comprises nitrogen spring, and one end of described nitrogen spring is fixed in the support of described patrix, the other end is connected with cope match-plate pattern.
5. air-conditioner outdoor unit frequency conversion median septum diel as claimed in claim 1, is characterized in that: described upper mold portion also comprises Compress Spring, one end and the described patrix of described Compress Spring support fix, the other end is connected with described cope match-plate pattern.
6. air-conditioner outdoor unit frequency conversion median septum diel as claimed in claim 1, it is characterized in that: described counterdie is moved into shaped piece and comprises counterdie and be moved into shaped piece body and lower fixed seat, described counterdie is moved into shaped piece body and is connected by elastic component with lower fixed seat, described lower fixed seat is fixed in counterdie support, and described counterdie is moved into shaped piece body and is set in described second through hole.
7. air-conditioner outdoor unit frequency conversion median septum diel as claimed in claim 1, is characterized in that: described patrix supports and comprises the upper bolster, upper padding plate and the train wheel bridge that set gradually from top to bottom, and described upper bolster, upper padding plate are fixedly connected with train wheel bridge.
8. air-conditioner outdoor unit frequency conversion median septum diel as claimed in claim 1, is characterized in that: described cope match-plate pattern comprises the overhead gage and upper de-plate that set gradually from top to bottom, and described overhead gage is fixedly connected with upper de-plate.
9. the air-conditioner outdoor unit frequency conversion median septum diel as described in any one of claim 1 to 8, is characterized in that: described counterdie supports and comprises the lower bolster and die shoe that set gradually from top to bottom, and described lower bolster is fixedly connected with die shoe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520976589.9U CN205147103U (en) | 2015-12-01 | 2015-12-01 | Air condensing units frequency conversion median septum stamping die |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520976589.9U CN205147103U (en) | 2015-12-01 | 2015-12-01 | Air condensing units frequency conversion median septum stamping die |
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| CN205147103U true CN205147103U (en) | 2016-04-13 |
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| CN201520976589.9U Active CN205147103U (en) | 2015-12-01 | 2015-12-01 | Air condensing units frequency conversion median septum stamping die |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105414336A (en) * | 2015-12-01 | 2016-03-23 | 武汉宏海科技股份有限公司 | Frequency conversion median septum stamping die of outdoor unit of air conditioner |
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2015
- 2015-12-01 CN CN201520976589.9U patent/CN205147103U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105414336A (en) * | 2015-12-01 | 2016-03-23 | 武汉宏海科技股份有限公司 | Frequency conversion median septum stamping die of outdoor unit of air conditioner |
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