CN209320166U - One kind inlaying assembly mold - Google Patents

Abstract

The utility model proposes one kind to inlay assembly mold, it include: positioning axis, it is fixedly installed on first insert assembly of positioning axis one end, it is fixedly installed on the second insert assembly of the locating shaft other end, several holes are provided on the ontology of first insert assembly, the first through hole through the first insert assembly ontology is provided at first insert assembly center, the second through-hole through the second insert assembly ontology is provided at second insert assembly center, the positioning axis is fixedly connected after sequentially passing through the second through-hole and first through hole with the second insert assembly and the first insert assembly, the diameter of the first through hole is identical as the diameter of the second through-hole, one end of the positioning axis is pierced by the first through hole, the other end is concordant with one end of the second through-hole to be arranged, including, whereby, the utility model has demoulding simple and convenient, The not easily damaged advantage of product surface form accuracy, dimensional accuracy.

Description

One kind inlaying assembly mold

Technical field

The utility model belongs to product mold field, in particular to one kind inlays assembly mold.

Background technique

Currently, for the development for seeking enterprise, ensuring to produce as market competition day is fiercer and the increase of labour and capital cost Under the premise of quality, the manufacturing cost for reducing product has been broken in the eyebrows and eyelashes, and wherein method is varied.It is a kind of good to need to design Mould structure retains traditional handicraft simultaneously, is but innovated again, it is ensured that mold attaching/detaching is convenient, and precisely, mold materials are sharp for guiding Shifted to an earlier date with rate, reduces product cost, but existing mold is monolithic construction, and required mold materials cost and machine is caused to add Work is at high cost.

But enriching constantly with product, it is also higher and higher to the required precision of mold, in the prior art, processing When embedding and injection molding part, metalwork surface deformation or impaired in order to prevent, usual operator needs to carry out not on injection molding machine Disconnected polishing and adjustment mold thickness, just can be carried out production, while mold is after repairing a die, it is also desirable to carry out continuous repetition and adjust Since product surface is uneven during whole and demoulding, the Operational preparation time is caused to elongate, influences processing demoulding effect Rate be easy to cause product not meet customer requirement in process there is also the danger for metalwork of damaging.

Therefore, it in view of above scheme in actual fabrication and in place of implementing using upper missing, and corrected, improved, together When in line with the spirit and theory asked, and by the knowledge of profession, the auxiliary of experience, and after multi-party clever thought, test, just found The utility model out, spy provide one kind again and inlay assembly mold, and for solving, knockout course is complicated, product surface in knockout course The problem of being damaged.

Utility model content

The utility model proposes one kind to inlay assembly mold, solves knockout course complexity, knockout course in the prior art The problem of middle product surface is damaged.

The technical solution of the utility model, which is achieved in that, inlays assembly mold, comprising: positioning axis, fixed setting The first insert assembly in positioning axis one end, is fixedly installed on the second insert assembly of the locating shaft other end, first inlays group It is provided with several holes on the ontology of part, is provided at the first insert assembly center and leads to through the first of the first insert assembly ontology It is provided with the second through-hole through the second insert assembly ontology at hole, the second insert assembly center, positioning axis sequentially passes through the It is fixedly connected after two through-holes and first through hole with the second insert assembly and the first insert assembly, the diameter of first through hole and The diameter of two through-holes is identical, and the one end for positioning axis is pierced by that first through hole, the other end are concordant with one end of the second through-hole to be arranged, and Be provided between one insert assembly and the second insert assembly the length in certain gap and gap much larger than the first insert assembly and The length of second insert assembly.

As a preferred embodiment, the first insert assembly includes being set to the first of positioning axis side to inlay Body, be set to positioning the axis other side and with integrally formed second mosaics of the first mosaics.

As a preferred embodiment, the first mosaics and the second mosaics opposite face are recessed to form first through hole.

As a preferred embodiment, the both ends of the first mosaics and the second mosaics are provided with groove, groove Including the open end concordant with the end face of the first insert assembly ontology and the closed end being connected to open end, closed end by semicircle Cambered surface surrounds.

As a preferred embodiment, hole is uniformly distributed on the ontology of the first mosaics and the second mosaics, And first hole on mosaics number it is identical as the number of hole on the second mosaics.

As a preferred embodiment, the first insert assembly is set as cylindrical body, first through hole is arranged in cylindrical body At center, positioning axis is located at a part in first through hole and is provided with for the first screw thread of the first insert assembly clamping is convex It rises.

As a preferred embodiment, the second insert assembly include be set to positioning axis side third inlay Body, be set to positioning the axis other side and with integrally formed 4th mosaics of third mosaics.

As a preferred embodiment, third mosaics and the 4th mosaics opposite face are recessed to form the second through-hole.

As a preferred embodiment, the second insert assembly one end opposite with the first insert assembly is provided with first Protrusion, the second insert assembly with the opposite one end of the first insert assembly be provided with the second protrusion.

It is provided with as a preferred embodiment, positioning axis is located at a part in the second through-hole for by second Second thread protrusion of insert assembly clamping, the one end of the second insert assembly far from the first insert assembly are another with positioning axis Hold neat setting level with both hands.

After above-mentioned technical proposal, the beneficial effects of the utility model are:

1, it avoids when processing embedding and injection molding part, metalwork surface deformation or impaired needs operator to need infusing The problem of constantly being polished on molding machine and adjust mold thickness；

2, it saves in injection moulding process and needs manually that constantly to be adjusted the bring production time longer to part is inlayed, cause The problem of the production cost increases；

3, avoid mold after repairing a die, since product surface is recessed during needing to carry out constantly to repeat to adjust and demould Convex injustice causes the Operational preparation time to elongate, and influences the problem of processing demoulding efficiency

4, the hole dispersion of die surface is more uniform, and demoulding is more convenient simple, avoids existing during demoulding Damage metalwork the problem of.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, before not making the creative labor property It puts, is also possible to obtain other drawings based on these drawings.

Fig. 1 is the structural schematic diagram of the utility model.

In figure, 1- positions axis；The first insert assembly of 2-；The second insert assembly of 3-；The gap 4-；21- hole；22- first Through-hole；The second through-hole of 31-；The first mosaics of 23-；The second mosaics of 24-；25- groove；The closed end 251-；The open end 252-； The first thread protrusion of 26-；32- third mosaics；The 4th mosaics of 33-；The first protrusion of 34-；The second protrusion of 35-；36- second Thread protrusion.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts Every other embodiment obtained, fall within the protection scope of the utility model.

As shown in Figure 1, inlaying assembly mold, comprising: positioning axis 1 is fixedly installed on first edge of positioning 1 one end of axis Embedding component 2 is fixedly installed on the second insert assembly 3 of the locating shaft other end, is provided on the ontology of the first insert assembly 2 several Hole 21 is provided with the first through hole 22 through 2 ontology of the first insert assembly at first insert assembly, 2 center, second inlays group The second through-hole 31 through 3 ontology of the second insert assembly is provided at 3 center of part, positioning axis 1 sequentially passes through the second through-hole 31 It is fixedly connected with after first through hole 22 with the second insert assembly 3 and the first insert assembly 2, the diameter of first through hole 22 and The diameter of two through-holes 31 is identical, and one end of positioning axis 1 is pierced by first through hole 22, the other end is held level with both hands with the one of the second through-hole 31 Neat setting, the length that certain gap 4 and gap 4 are provided between the first insert assembly 2 and the second insert assembly 3 are much larger than The length of first insert assembly 2 and the second insert assembly 3.

First insert assembly 2 includes the first mosaics 23 for being set to positioning 1 side of axis, is set to positioning axis 1 separately Side and with integrally formed second mosaics 24 of the first mosaics 23.First mosaics 23 and 24 opposite face of the second mosaics are recessed It falls into and forms first through hole 22.The both ends of first mosaics 23 and the second mosaics 24 are provided with groove 25, groove 25 include with The concordant open end 252 in the end face of first insert assembly, 2 ontology and closed end 251, the closed end 251 being connected to open end 252 It is surrounded by semicircle cambered surface.Hole 21 is uniformly distributed on the ontology of the first mosaics 23 and the second mosaics 24, and the first edge The number of hole 21 is identical as the number of hole 21 on the second mosaics 24 on inlay 23.First insert assembly 2 is set as cylinder Body, first through hole 22 are arranged at center, and positioning axis 1 is located at a part in first through hole 22 and is provided with for inciting somebody to action First thread protrusion 26 of 2 clamping of the first insert assembly.Second insert assembly 3 includes the third for being set to positioning 1 side of axis Mosaics 32, be set to positioning 1 other side of axis and with integrally formed 4th mosaics 33 of third mosaics 32.Third is inlayed Body 32 and 33 opposite face of the 4th mosaics are recessed to form the second through-hole 31.Second insert assembly 3 is opposite with the first insert assembly 2 One end be provided with the first protrusion 34, the second insert assembly 3 with the opposite one end of the first insert assembly 2 be provided with the second protrusion 35.A part that positioning axis 1 is located in the second through-hole 31 is provided with for the second screw thread of 3 clamping of the second insert assembly is convex Play 36, the one end of the second insert assembly 3 far from the first insert assembly 2 with position that the other end of axis 1 is concordant is arranged.

The working principle for inlaying assembly mold is: in injection moulding process, by the first insert assembly 2 and the second insert assembly 3 are fixedly connected with positioning axis 1, positioning axis 1 are placed in mould inside, achievable injection moulding process is inlayed by first During embedding component 2 and the second insert assembly 3 are attached with positioning axis 1, respectively by the first mosaics 23 and the second edge Inlay 24 is fixedly connected, and the first insert assembly 2 for forming cylindrical body carries out third mosaics 32 and the 4th mosaics 33 It is fixedly connected, forms the second insert assembly 3, since 3 one end of the second insert assembly is provided with the first protrusion 34, raised center is It is hollow, it is centrally formed the second through-hole 31 with the second insert assembly 3, the second insert assembly 3 and positioning axis 1 can be increased Contact area positions axis 1 and the first mosaics so that the connection between the second insert assembly 3 and positioning axis 1 is stronger The part of 23 contacts is provided with the first thread protrusion 26, then between the first through hole 22 of the first insert assembly 2 and positioning axis 1 Contact area increases, so that the connection of the first mosaics 23 and positioning axis 1 more fastens, avoids the occurrence of the first insert assembly 2 The case where falling similarly positions the part that contacts with the second insert assembly 3 of axis 1 and is also equipped with the second thread protrusion 36, then and the Contact area between the second through-hole 31 and positioning axis 1 of two insert assemblies 3 increases, so that the second insert assembly 3 and positioning The connection of axis 1 more fastens, and avoids the occurrence of the case where the second insert assembly 3 is fallen, first through hole 22 and the second through-hole 31 are For tapped through hole, it is both provided with hole 21 on the first mosaics 23 and the second mosaics 24, and hole 21 is generally evenly distributed in It on 24 ontology of first mosaics 23 and the second mosaics, avoids when demolished, 23 surface unbalance stress of the first mosaics It is damaged caused by even, and the first mosaics 23 and 24 both ends of the second mosaics are both provided with groove 25, the open end 252 of groove 25 It is aligned with positioning axis 1, so that the position that the first insert assembly 2 is aligned with positioning axis 1 is more accurate, the closed end of groove 25 251 are set as curved surface, are damaged 23 surface of the first mosaics caused by power convenient for reducing the first mosaics 23 in demoulding Rough problem；Second insert assembly 3 is provided with the second protrusion 35 far from one end of the first insert assembly 2, can demould Cheng Zhong, so that the surface of 3 main body of the second insert assembly is not damaged, two products can be used directly directly in injection molding Be mounted on positioning 1 surface of axis inlays part, saves packaging technology and cost.

The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. one kind inlays assembly mold characterized by comprising positioning axis is fixedly installed on the first of positioning axis one end Insert assembly is fixedly installed on the second insert assembly of the locating shaft other end, is provided on the ontology of first insert assembly Several holes are provided with the first through hole through the first insert assembly ontology at first insert assembly center, second inlay Be provided with the second through-hole through the second insert assembly ontology at component center, the positioning axis sequentially pass through the second through-hole and It is fixedly connected after first through hole with the second insert assembly and the first insert assembly, the diameter of the first through hole and second leads to The diameter in hole is identical, and one end of the positioning axis is pierced by that the first through hole, the other end are concordant with one end of the second through-hole to be set It sets, the length that gap and gap are provided between first insert assembly and the second insert assembly inlays group much larger than first The length of part and the second insert assembly.

2. according to claim 1 inlay assembly mold, which is characterized in that first insert assembly includes being set to determine First mosaics of position axis side is set to the positioning axis other side and inlays with the first mosaics integrally formed second Body.

3. according to claim 2 inlay assembly mold, which is characterized in that first mosaics and the second mosaics phase Opposite is recessed to form first through hole.

4. according to claim 3 inlay assembly mold, which is characterized in that first mosaics and the second mosaics Both ends are provided with groove, and the groove includes the open end concordant with the end face of the first insert assembly ontology and connects with open end Logical closed end, closed end are surrounded by semicircle cambered surface.

5. according to claim 4 inlay assembly mold, which is characterized in that described hole is uniformly distributed in the first mosaics The number of hole is identical as the number of hole on the second mosaics on the ontology of the second mosaics, and on the first mosaics.

6. according to claim 5 inlay assembly mold, which is characterized in that first insert assembly is set as cylinder Body, first through hole are arranged at center, and the positioning axis is located at a part in first through hole and is provided with for inciting somebody to action First thread protrusion of the first insert assembly clamping.

7. according to claim 1 inlay assembly mold, which is characterized in that second insert assembly includes being set to determine The third mosaics of position axis side is set to the positioning axis other side and inlays with third mosaics the integrally formed 4th Body.

8. according to claim 7 inlay assembly mold, which is characterized in that the third mosaics and the 4th mosaics phase Opposite is recessed to form the second through-hole.

9. according to claim 8 inlay assembly mold, which is characterized in that second insert assembly and first inlays group The opposite one end of part be provided with the first protrusion, the second insert assembly with to be provided with second convex the opposite one end of the first insert assembly It rises.

10. according to claim 9 inlay assembly mold, which is characterized in that the positioning axis is located in the second through-hole A part be provided with for by the second thread protrusion of the second insert assembly clamping, second insert assembly to be far from the first edge The other end of axis is concordant is arranged with positioning for one end of embedding component.