CN205032634U - Monel rivet nut cold -heading device - Google Patents
Monel rivet nut cold -heading device Download PDFInfo
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- CN205032634U CN205032634U CN201520721297.0U CN201520721297U CN205032634U CN 205032634 U CN205032634 U CN 205032634U CN 201520721297 U CN201520721297 U CN 201520721297U CN 205032634 U CN205032634 U CN 205032634U
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Abstract
The utility model relates to a monel rivet nut cold -heading device, including blank mechanism, ejection mechanism, transport mechanism and six moulds, wherein, blank mechanism cuts off the wire rod, ejection mechanism is with the wire rod jack -up of cutting off, transport mechanism is in remove the pay -off between ejection mechanism and six moulds, six moulds include: a 6th mould, six moulds are arranged in proper order that be used for the plastic first mould, be used for the preforming flange the second mould, be used for shaping macropore portion and shaping flower tooth the third mould, be used for preforming aperture portion the fourth mould, be used for the 5th mould of shaping flange and be used for leading to aperture portion waste material the utility model discloses utilize above -mentioned cold -heading device, can utilize the cold -heading of ambrose alloy alloy material to become the rivet nut greatly in batches, and can satisfy size and operation requirement.
Description
Technical field
The utility model relates to Parts manufacturing technology field, particularly a kind of monel blind nut cold-heading device for shaping monel blind nut blank.
Background technology
In the parts of automobile, a kind of monel blind nut 10 used by usual needs, riveted joint for instrument board or car plate is fixed, please refer to Fig. 1 a and 1b, described monel blind nut 10 comprises bar portion 11 and is fixed on the flange 12 of one end, bar portion 11, one end near described flange 12 outside described bar portion 11 is provided with colored tooth 13, the inside of described monel blind nut 10 is provided with through macropore portion 14 and aperture portion 15, described macropore portion 14 is located at the side near described flange 12, is provided with internal thread 16 in described aperture portion 15.The material adopted due to monel blind nut 10 is Monel400, and material is hard; And flange 12 is very thin, and do not allow folding; Macropore portion 14 wall thin (monolateral require 0.65mm), therefore, if cannot realize according to existing cold heading technique.
Therefore, a kind of cold heading technique can be utilized to mass-produce monel blind nut cold-heading device that size reaches the monel blind nut of requirements how is provided to be those skilled in the art's technical problems urgently to be resolved hurrily.
Utility model content
The utility model provides a kind of monel blind nut cold-heading device, to solve the problems of the technologies described above.
For solving the problems of the technologies described above, the utility model provides a kind of monel blind nut cold-heading device, comprises material cutting mechanism, ejecting mechanism, connecting gear and six moulds, wherein,
Wire rod cuts off by described material cutting mechanism, the wire rod jack-up that described ejecting mechanism will cut off;
Described connecting gear is moving feeding between described ejecting mechanism and six moulds;
Described six moulds comprise: the first mould for shaping, the second mould for preformed flange, for shaping macropore portion and the 3rd mould of forming embossing tooth, the 4th mould for preformed aperture portion, the 5th mould for shaped flange and the 6th mould for logical aperture portion waste material, six moulds are arranged in order.
Preferably, described first, second mould comprises the first main mould and the first punch die, described first main mould comprises the first main formwork, first main die, first main die-cushion block, first main mould thimble, first main mould spring and the first thimble sheath, described first main die is located in described first main formwork, the first master cast chamber is provided with in described first main die, described first main die-cushion block is located at bottom described first main formwork, one end of described first main mould thimble is fixed on described first thimble sheath, the other end stretches in described first master cast chamber through described first main die, described first thimble sheath is located in described first main die-cushion block, and moved up and down by being stretching in described first main die-cushion block of described first main mould spring, described first punch die comprises the first punch die chuck, the first punch die chuck, the first punch die jacking block and the first red needle, described first punch die jacking block is located in described first punch die chuck, one end of described first red needle is fixed on described first punch die jacking block, and it is corresponding with described first master cast chamber that the other end passes described first punch die chuck.
Preferably, described first punch die mass motion under the driving of drive unit.
Preferably, described 3rd, 4th and the 5th mould comprises the second main mould and the second punch die, described second main mould comprises the second main formwork, second main die, second main die-cushion block, second main mould thimble, second main mould spring and the second thimble sheath, described second main die is located in described second main formwork, the second master cast chamber is provided with in described second main die, described second main die-cushion block is located at bottom described second main formwork, one end of described second main mould thimble is fixed on described second thimble sheath, the other end stretches in described second master cast chamber through described second main die, described second thimble sheath is located in described second main die-cushion block, and moved up and down by being stretching in described second main die-cushion block of described second main mould spring, described second punch die comprises the second punch die shell, the second punch die thimble, the second punch die cushion block, the second punch die push rod, the second punch die jacking block, the second punch die sheath, described second punch die jacking block is limited in described second punch die shell, one end of described second punch die push rod is fixed on bottom described second punch die jacking block, the other end and described second punch die sheath affixed, one end and the described second punch die cushion block of described second punch die thimble are affixed, and it is corresponding with described second master cast chamber that the other end passes described second punch die sheath.
Preferably, the second punch die thimble in described second punch die and the second punch die sheath move up and down relative to described second punch die shell under the driving of drive unit.
Preferably, described 6th mould comprises the 3rd main mould and the 3rd punch die, described 3rd main mould comprises the 3rd main formwork, third through-hole die and blanking port, described third through-hole die is located in described 3rd main formwork, be provided with the 3rd master cast chamber in described third through-hole die, described blanking port is located at below described 3rd master cast chamber; Described 3rd punch die comprises the 3rd punch die shell, the 3rd punch die jacking block and the 3rd red needle, described 3rd punch die jacking block is located in described 3rd punch die shell, one end of described 3rd red needle is fixed on described 3rd punch die jacking block, and it is corresponding with described 3rd master cast chamber that the other end passes described 3rd punch die shell.
Preferably, described connecting gear adopts clip, and described material cutting mechanism adopts scissors.
Preferably, described six moulds are all installed on cold headers, and it is 140 tons that the pressure of described cold headers makes power.
Compared with prior art, the utility model has the following advantages: the utility model utilizes above-mentioned cold-heading device, nickel-copper alloy material cold-heading can be utilized in enormous quantities to become blind nut blank, and can meet size and instructions for use; Save material, add the intensity of part, and improve production efficiency.
Accompanying drawing explanation
Fig. 1 a is the front view of monel blind nut;
Fig. 1 b is the sectional view of Fig. 1 a;
Fig. 2 is the structural representation of the monel blind nut cold-heading device of the utility model one detailed description of the invention;
Fig. 3 is the structural representation of the first mould of the utility model one detailed description of the invention;
Fig. 4 is the structural representation of the 3rd mould of the utility model one detailed description of the invention;
Fig. 5 is the structural representation of the 6th mould of the utility model one detailed description of the invention.
In figure: 10-monel blind nut, 11-bar portion, 12-flange, 13-flower tooth, 14-macropore portion, 15-aperture portion, 16-internal thread;
100-first mould, the main mould of 110-first, the main formwork of 111-first, the main die of 112-first, the main die-cushion block of 113-first, the main mould thimble of 114-first, the main mould spring of 115-first, 116-first thimble sheath, 120-first punch die, 121-first punch die chuck, 122-first punch die chuck, 123-first punch die jacking block, 124-first red needle, 200-second mould, 300-the 3rd mould, the main mould of 310-second, the main formwork of 311-second, the main die of 312-second, the main die-cushion block of 313-second, the main mould thimble of 314-second, the main mould spring of 315-second, 316-second thimble sheath, 320-second punch die, 321-second punch die shell, 322-second punch die thimble, 323-second punch die cushion block, 324-second punch die push rod, 325-second punch die jacking block, 326-second punch die sheath, 400-the 4th mould, 500-the 5th mould, 600-the 6th mould, the main mould of 610-the 3rd, the main formwork of 611-the 3rd, 612-third through-hole die, 613-blanking port, 620-the 3rd punch die, 621-the 3rd punch die shell, 622-the 3rd punch die jacking block, 623-the 3rd red needle.
Detailed description of the invention
For enabling above-mentioned purpose of the present utility model, feature and advantage become apparent more, are described in detail detailed description of the invention of the present utility model below in conjunction with accompanying drawing.It should be noted that, the utility model accompanying drawing all adopts the form of simplification and all uses non-ratio accurately, only in order to object that is convenient, aid illustration the utility model embodiment lucidly.
The monel blind nut cold-heading device that the utility model provides, as shown in Figure 2, and composition graphs 1a and 1b, comprise material cutting mechanism, ejecting mechanism, connecting gear and six moulds, wherein,
Wire rod cuts off by described material cutting mechanism, and in the present embodiment, described material cutting mechanism adopts scissors, the wire rod jack-up that described ejecting mechanism will cut off;
Described connecting gear is moving feeding between described ejecting mechanism and six moulds, and in the present embodiment, described connecting gear adopts clip;
Described six moulds comprise: the first mould 100 for shaping, the second mould 200 for preformed flange 12, the 3rd mould 300, the 4th mould 400 for preformed aperture portion 15, the 5th mould 500 for shaped flange 12 and the 6th mould 600 for logical aperture portion 15 waste material for shaping macropore portion 14 forming embossing tooth 13, six moulds are arranged in order, preferably, described six moulds are all installed on cold headers, and it is 140 tons that the pressure of described cold headers makes power.The utility model utilizes above-mentioned cold-heading device, nickel-copper alloy material cold-heading can be utilized in enormous quantities to become the blank of monel blind nut 10, described blank is all sizes of monel blind nut 10 except internal thread 16, and can meet size and instructions for use; Save material, add the intensity of part, and improve production efficiency.
Preferably, please emphasis with reference to figure 3, described first, second mould 100, 200 comprise the first main mould 110 and the first punch die 120, described first main mould 110 comprises the first main formwork 111, first main die 112, first main die-cushion block 113, first main mould thimble 114, first main mould spring 115 and the first thimble sheath 116, described first main die 112 is located in described first main formwork 111, the first master cast chamber is provided with in described first main die 112, described first main die-cushion block 113 is located at bottom described first main formwork 111, one end of described first main mould thimble 114 is fixed on described first thimble sheath 116, the other end stretches in described first master cast chamber through described first main die 112, described first thimble sheath 116 is located in described first main die-cushion block 113, and moved up and down by being stretching in described first main die-cushion block 113 of described first main mould spring 115, described first punch die 120 comprises the first punch die chuck 121, first punch die chuck 122, first punch die jacking block 123 and the first red needle 124, described first punch die jacking block 123 is located in described first punch die chuck 121, one end of described first red needle 124 is fixed on described first punch die jacking block 123, and it is corresponding with described first master cast chamber that the other end passes described first punch die chuck 122.
Preferably, described first punch die 120 mass motion under the driving of drive unit, described first main mould thimble 114 pushes in product introduction first master cast chamber.
Preferably, please emphasis with reference to figure 4, described 3rd, 4th and the 5th mould 300, 400, 500 comprise the second main mould 310 and the second punch die 320, described second main mould 310 comprises the second main formwork 311, second main die 312, second main die-cushion block 313, second main mould thimble 314, second main mould spring 315 and the second thimble sheath 316, described second main die 312 is located in described second main formwork 311, the second master cast chamber is provided with in described second main die 312, described second main die-cushion block 313 is located at bottom described second main formwork 311, one end of described second main mould thimble 314 is fixed on described second thimble sheath 316, the other end stretches in described second master cast chamber through described second main die 312, described second thimble sheath 316 is located in described second main die-cushion block 313, and moved up and down by being stretching in described second main die-cushion block 313 of described second main mould spring 315, described second punch die 320 comprises the second punch die shell 321, second punch die thimble 322, second punch die cushion block 323, second punch die push rod 324, second punch die jacking block 325, second punch die sheath 326, described second punch die jacking block 325 is limited in described second punch die shell 321, one end of described second punch die push rod 324 is fixed on bottom described second punch die jacking block 325, the other end and described second punch die sheath 326 affixed, one end and the described second punch die cushion block 323 of described second punch die thimble 322 are affixed, it is corresponding with described second master cast chamber that the other end passes described second punch die sheath 326.
Preferably; the second punch die thimble 322 in described second punch die 320 and the second punch die sheath 326 move up and down relative to described second punch die shell 321 under the driving of drive unit; described second punch die thimble 322 is for shaped article, and described second punch die sheath 326 is for ejecting product after cold-heading completes.
Preferably, please emphasis with reference to figure 5, described 6th mould 600 comprises the 3rd main mould 610 and the 3rd punch die 620, described 3rd main mould 610 comprises the 3rd main formwork 611, third through-hole die 612 and blanking port 613, described third through-hole die 612 is located in described 3rd main formwork 611, be provided with the 3rd master cast chamber in described third through-hole die 612, described blanking port 613 is located at below described 3rd master cast chamber; Described 3rd punch die 620 comprises the 3rd punch die shell 621, the 3rd punch die jacking block 622 and the 3rd red needle 623, described 3rd punch die jacking block 622 is located in described 3rd punch die shell 621, one end of described 3rd red needle 623 is fixed on described 3rd punch die jacking block 622, and it is corresponding with described 3rd master cast chamber that the other end passes described 3rd punch die shell 621.In described 6th mould 600, the 3rd red needle 623 presses down, and the waste material extruded from product is discharged from described blanking port 613.
Please continue to refer to Fig. 2, and composition graphs 1a and 1b, the production technology of the monel blind nut that the utility model provides, comprises the steps: the blank utilizing cold-heading device cold-heading molding monel blind nut 10 as above; Cleaning; Heat treatment, makes the hardness of nickel-copper alloy material reach HV90-110, reaches instructions for use; Tapping, i.e. shaping internal thread 16; Plating, improves the corrosion resistance of monel blind nut 10.
Preferably, the step of the blank of cold-heading molding monel blind nut comprises:
S1: shear wire rod and feeding;
S2: the first mould 100 shaping, guarantees that station material both ends of the surface are smooth;
S3: the second mould 200 preformed flange 12, guarantees that the material of wire rod is enough for shaped flange 12;
S4: the three shaping macropore portion 14 of mould 300 is forming embossing tooth 13 also, and anti-squeezing is out of shape hole, guarantees macropore portion 14 and flower tooth 13 size qualification;
S5: the four mould 400 preformed aperture portion 15, instead extrudes aperture portion 15, guarantees that aperture, aperture portion 15 meets dimensional requirement;
S6: the five mould 500 shaped flange 12, cold-heading flange 12 diameter, particularly, described 5th mould 500 is movable punching, is ejected can ensure that product can not hang on punch die thimble after making upsetting go out flange 12 by punch die sheath;
S7: the six mould 600 leads to aperture portion 15 waste material, guarantees that aperture, aperture portion 15 meets dimensional requirement.
In sum, adopt above-mentioned cold-heading device, monel blind nut 10 size qualification of production, corrosion-resistant and high-temperature resistant, and speed of production can reach 60 per minute, substantially increases production efficiency.
Obviously, those skilled in the art can carry out various change and modification to utility model and not depart from spirit and scope of the present utility model.Like this, if these amendments of the present utility model and modification belong within the scope of the utility model claim and equivalent technologies thereof, then the utility model is also intended to comprise these change and modification.
Claims (8)
1. a monel blind nut cold-heading device, is characterized in that, comprises material cutting mechanism, ejecting mechanism, connecting gear and six moulds, wherein,
Wire rod cuts off by described material cutting mechanism, the wire rod jack-up that described ejecting mechanism will cut off;
Described connecting gear is moving feeding between described ejecting mechanism and six moulds;
Described six moulds comprise: the first mould for shaping, the second mould for preformed flange, for shaping macropore portion and the 3rd mould of forming embossing tooth, the 4th mould for preformed aperture portion, the 5th mould for shaped flange and the 6th mould for logical aperture portion waste material, six moulds are arranged in order.
2. monel blind nut cold-heading device as claimed in claim 1, it is characterized in that, described first, second mould comprises the first main mould and the first punch die, described first main mould comprises the first main formwork, first main die, first main die-cushion block, first main mould thimble, first main mould spring and the first thimble sheath, described first main die is located in described first main formwork, the first master cast chamber is provided with in described first main die, described first main die-cushion block is located at bottom described first main formwork, one end of described first main mould thimble is fixed on described first thimble sheath, the other end stretches in described first master cast chamber through described first main die, described first thimble sheath is located in described first main die-cushion block, and moved up and down by being stretching in described first main die-cushion block of described first main mould spring, described first punch die comprises the first punch die chuck, the first punch die chuck, the first punch die jacking block and the first red needle, described first punch die jacking block is located in described first punch die chuck, one end of described first red needle is fixed on described first punch die jacking block, and it is corresponding with described first master cast chamber that the other end passes described first punch die chuck.
3. monel blind nut cold-heading device as claimed in claim 2, is characterized in that, the mass motion under the driving of drive unit of described first punch die.
4. monel blind nut cold-heading device as claimed in claim 1, it is characterized in that, described 3rd, 4th and the 5th mould comprises the second main mould and the second punch die, described second main mould comprises the second main formwork, second main die, second main die-cushion block, second main mould thimble, second main mould spring and the second thimble sheath, described second main die is located in described second main formwork, the second master cast chamber is provided with in described second main die, described second main die-cushion block is located at bottom described second main formwork, one end of described second main mould thimble is fixed on described second thimble sheath, the other end stretches in described second master cast chamber through described second main die, described second thimble sheath is located in described second main die-cushion block, and moved up and down by being stretching in described second main die-cushion block of described second main mould spring, described second punch die comprises the second punch die shell, the second punch die thimble, the second punch die cushion block, the second punch die push rod, the second punch die jacking block, the second punch die sheath, described second punch die jacking block is limited in described second punch die shell, one end of described second punch die push rod is fixed on bottom described second punch die jacking block, the other end and described second punch die sheath affixed, one end and the described second punch die cushion block of described second punch die thimble are affixed, and it is corresponding with described second master cast chamber that the other end passes described second punch die sheath.
5. monel blind nut cold-heading device as claimed in claim 4, it is characterized in that, the second punch die thimble in described second punch die and the second punch die sheath move up and down relative to described second punch die shell under the driving of drive unit.
6. monel blind nut cold-heading device as claimed in claim 1, it is characterized in that, described 6th mould comprises the 3rd main mould and the 3rd punch die, described 3rd main mould comprises the 3rd main formwork, third through-hole die and blanking port, described third through-hole die is located in described 3rd main formwork, be provided with the 3rd master cast chamber in described third through-hole die, described blanking port is located at below described 3rd master cast chamber; Described 3rd punch die comprises the 3rd punch die shell, the 3rd punch die jacking block and the 3rd red needle, described 3rd punch die jacking block is located in described 3rd punch die shell, one end of described 3rd red needle is fixed on described 3rd punch die jacking block, and it is corresponding with described 3rd master cast chamber that the other end passes described 3rd punch die shell.
7. monel blind nut cold-heading device as claimed in claim 1, is characterized in that, described connecting gear adopts clip, and described material cutting mechanism adopts scissors.
8. monel blind nut cold-heading device as claimed in claim 1, it is characterized in that, described six moulds are all installed on cold headers, and it is 140 tons that the pressure of described cold headers makes power.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520721297.0U CN205032634U (en) | 2015-09-17 | 2015-09-17 | Monel rivet nut cold -heading device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520721297.0U CN205032634U (en) | 2015-09-17 | 2015-09-17 | Monel rivet nut cold -heading device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205032634U true CN205032634U (en) | 2016-02-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520721297.0U Withdrawn - After Issue CN205032634U (en) | 2015-09-17 | 2015-09-17 | Monel rivet nut cold -heading device |
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| CN (1) | CN205032634U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105081189A (en) * | 2015-09-17 | 2015-11-25 | 宾科汽车紧固件（昆山）有限公司 | Nickel-copper alloy rivet nut cold heading device and producing technique |
-
2015
- 2015-09-17 CN CN201520721297.0U patent/CN205032634U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105081189A (en) * | 2015-09-17 | 2015-11-25 | 宾科汽车紧固件（昆山）有限公司 | Nickel-copper alloy rivet nut cold heading device and producing technique |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160217 Effective date of abandoning: 20171215 |
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| AV01 | Patent right actively abandoned |