CN207224482U - Medical treatment detection capsule endoscope robot lower casing injection mold - Google Patents

Abstract

The utility model discloses a kind of medical treatment detection capsule endoscope robot lower casing injection mold, including：Cover half component includes the first fixed mold core and solid plate, dynamic model component includes moving platen, moving platen includes the second concave part of the inner recess of one lateral moving platen of automatic moulding plate and is contained in the first mavable module core of the second concave part and is contained in the second mavable module core of the first mavable module core, first fixed mold core and the first mavable module core form the cavity of spherical surface body, sprue channel is additionally provided with cast gate close to one end of the first mavable module core, and cast gate is located in the first fixed mold core and towards the internal stretch of cavity.The medical treatment detection capsule endoscope robot lower casing injection mold of the utility model in the first fixed mold core by setting cast gate so that the trace of cast gate is not present in the outer surface of the formed in mould product of the utility model, so that the outer surface of product is very smooth.

Description

Medical treatment detection capsule endoscope robot lower casing injection mold

Technical field

Mould applications are the utility model is related to, belong to a kind of medical treatment detection capsule endoscope robot lower casing injection mold.

Background technology

Mould, in industrial production being molded, being blow molded, extruding, die casting or the methods of forging forming, smelting, punching press obtain The various moulds and instrument of required product.In brief, mould is the instrument for formed article, and this instrument is by various parts Form, different moulds is made of different parts, it mainly realizes article by the change of institute's moulding material physical state The processing of shape.Capsule, is a kind of special product of shape, it includes a sphere, but is used for being molded sphere on the market The mould of product is generally all difficult to preferably be molded, and product can remain rough outer surface, to user bring security risk or Person's leakproofness brings problem.

Utility model content

The purpose of this utility model is to provide one kind to be molded the preferable mould of sphere, can be used for industrial production.

To reach above-mentioned purpose, the utility model provides following technical solution：A kind of medical treatment detection capsule endoscope robot Lower casing injection mold, including：

Cover half component, including top clamping plate, be in turn secured to below the top clamping plate first draw flitch and second draw Flitch and the solid plate for being fixedly connected with the second drawing flitch, the side of the top clamping plate, which is equipped with, runs through the cover half seat The locating ring of plate, the solid plate are equipped with sprue channel corresponding with the locating ring, and described second draws flitch internally recessed Falling into has one first concave part, and the cover half component further includes the first fixed mold core for being contained in first concave part, the cover half The cover half through hole that is penetrated easy to the first fixed mold core is offered on plate and from the solid plate side towards the cover half of inner recess Concave part, the cover half through hole run through the cover half concave part, and the cover half component, which further includes, is contained in the cover half concave part The second fixed mold core and sliding block, first fixed mold core runs through second fixed mold core；

Dynamic model component, including Bottom clamp plate, the cushion block that is correspondingly arranged on the Bottom clamp plate and be fixedly connected described The moving platen of Bottom clamp plate and cushion block, the moving platen from the moving platen one laterally the inner recess of the moving platen second Concave part, the dynamic model component further include the mavable module core for being contained in second concave part, and the mavable module core includes being contained in institute State the first mavable module core of the second concave part and be contained in the second mavable module core of first mavable module core, the second mavable module core runs through institute The first mavable module core is stated, the first fixed mold core and the first mavable module core form the cavity of spherical surface body, and sprue channel is close to the first mavable module core One end is additionally provided with cast gate, and cast gate is located in the first fixed mold core and weakens or eliminate capsule endoscope towards the internal stretch of cavity The internal stress of lower housing shell；

Guidance set, including the first non-interference guidance set, the second guidance set and the 3rd guidance set.

Further, longer screw is fixed between the second drawing flitch and the solid plate, so that described second Draw flitch that relative displacement occurs with the solid plate.

Further, from the described first drawing flitch towards dynamic model component it is fixed with the first sprue puller and is fixedly connected with the Second sprue puller of one sprue puller.

Further, the sliding block includes symmetrical first sliding block of relatively described second fixed mold core and the second sliding block, each The sliding block offers the guide pillar hole through itself.

Further, each sliding block include body, with the body match somebody with somebody merge abut sphere outer wall into Type portion and the guide rail that body both sides are fixed on along sliding block moving direction.

Further, on the solid plate stop screw is further fixed on close to the body.

Further, the 3rd guidance set includes the slide set along die sinking direction and is separately fixed at cover half First sliding members and the second sliding members on plate and moving platen.

Further, the slide includes corresponding first sliding members and the first slide of the second sliding members and the second cunning Rail.

Further, briquetting portion is fixed with the moving platen, the briquetting portion includes the first briquetting portion and the second briquetting Portion, each briquetting portion are equipped with an inclined guide pillar.

Further, second guidance set includes the second guide post and the second guide sleeve being set on the second guide post.

The beneficial effects of the utility model are：The medical treatment detection capsule endoscope robot lower casing injection mold passes through The cavity that second mavable module core and the first fixed mold core cooperatively form jointly, so as to rapid shaping sphere, further through fixed first Cast gate is set in mode so that the trace of cast gate is not present in the outer surface of the formed in mould product of the utility model, so as to produce The outer surface of product is very smooth.

Described above is only the general introduction of technical solutions of the utility model, in order to better understand the skill of the utility model Art means, and being practiced according to the content of specification, with the preferred embodiment of the utility model and coordinate attached drawing detailed below Describe in detail bright as after.

Brief description of the drawings

Fig. 1 is the overall diagram of the utility model.

Fig. 2 is the first local schematic perspective view of mould.

Fig. 3 is the second local schematic perspective view of mould.

Fig. 4 is the 3rd local schematic perspective view of mould.

Fig. 5 is the 4th local schematic perspective view of mould.

Fig. 6 is the 5th local schematic perspective view of mould.

Fig. 7 draws flitch schematic perspective view for second.

Fig. 8 is the schematic perspective view of solid plate.

Fig. 9 is the schematic perspective view of moving platen.

Figure 10 is the second fixed mold core schematic perspective view.

The schematic perspective view of the second mavable module cores of Figure 11.

Figure 12 is the first fixed mold core, the schematic perspective view of the first mavable module core.

Figure 13 is the schematic perspective view that cast gate and the first fixed mold core, the first mavable module core coordinate.

Figure 14 is the sectional view at a certain visual angle of Figure 13.

Embodiment

With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below Embodiment is used to illustrate the utility model, but is not intended to limit the scope of the present invention.

The utility model discloses a kind of medical treatment detection capsule endoscope robot lower casing injection mold.Such as Fig. 1 to Figure 12 Shown, the medical treatment detection capsule endoscope robot lower casing injection mold includes cover half component 1, dynamic model component 2, fixation kit 3 and guidance set 4, the cover half component 1 is opposite with 2 position of dynamic model component, to synthesis type sphere, the guiding Component 4 is used for the relative position for being oriented to the dynamic model component 2 and cover half component 1, it is ensured that deviation does not occur to ensure the matter of sphere Amount., can be solid by fixation kit 3 when this medical treatment detection capsule endoscope robot lower casing injection mold needs to be put in storage storage The fixed cover half component 1 and the dynamic model component 2 so that both close mutually, can ensure the assembly precision of mould The inside original paper of mould is avoided to be damaged at the same time.

Specifically, the cover half component 1 includes top clamping plate 10, is in turn secured to the first of the lower section of top clamping plate 10 Draw flitch 12 with the second drawing flitch 13 and be fixedly connected with the solid plate 11 of the second drawing flitch 13.Described first draws flitch 12 It is fixedly connected with the top clamping plate 10, is fixedly connected between the second drawing flitch 13 and the solid plate 11.It should be noted herein , fix the second drawing flitch 13 and the solid plate 11 screw 19 it is longer, thus can cause the second drawing flitch 13 with Relative displacement can occur for the solid plate 11, so that the product in solid plate 11 can be in the situation of no material jacking mechanism Under, carry out automatic material separator using the relative displacement.From the described first drawing flitch 12 the first drawing material is fixed with towards dynamic model component 2 Bar 15 and the second sprue puller 16 for being fixedly connected with the first sprue puller 15.First sprue puller, 15 and second sprue puller, 16 phase It is right, it is respectively limited by the first drawing flitch 12 and second and draws flitch 13.Since the first sprue puller 15 and the second sprue puller 16 are long and narrow, because And length between the two is to represent that first draws flitch 12 and second to draw the maximum displacement between flitch 13.The utility model is such as This setting is to produce a big spacing between the first drawing drawing flitch 13 of flitch 12 and second so that draws material positioned at first Plate 12 and second draws the material head between flitch 13 to stretch into taking-up by manipulator.

The second drawing flitch 13 is internally recessed and has one first concave part 131, is fixed with thereon and first groove Corresponding first cover board 132 in portion.The first fixed mold core 133 is contained in first concave part 131, the cover board is used for spacing First fixed mold core 133, prevents it from departing from described second and drawing flitch 13.First fixed mold core 133 stretches into the solid plate 11 with the dynamic model component 2 to coordinate with shaped article.Offer what is penetrated easy to the first fixed mold core 133 on the solid plate 11 Cover half through hole 111 and from 11 side of solid plate towards the cover half concave part 134 of inner recess, the cover half through hole 111 Through the cover half concave part 134.The cover half component 1 further includes the second fixed mold core for being contained in the cover half concave part 134 135 and sliding block, first fixed mold core 133 run through second fixed mold core 135.

The sliding block includes symmetrical first sliding block, 171 and second sliding block 172 of relatively described second fixed mold core 135, each The sliding block offers the guide pillar hole 173 through itself, and include body 174, with the body 174 with merging tightly Forming part 175 by the outer wall of sphere and the guide rail 176 that body both sides are fixed on along sliding block moving direction.The guide post Hole 173 is opened on the body 174, and the guide rail 176 is fixed in cover half concave part 134, to limit body 174 With the glide direction of forming part 175.Be further fixed on stop screw close to the body 174 on the solid plate 11, to The displacement distance of the glide direction upper limit body 174 of body 174, anti-limited slip block depart from cover half component 1.

The forming part 175 of first sliding block, 171 and second sliding block 172 coordinates houses first fixed mold core 133 jointly. Herein it should be noted that first fixed mold core 133 is relative to the different parts of sphere, therefore details are not described herein again.

The side of the top clamping plate 10 is equipped with the locating ring 14 through the top clamping plate 10, on the solid plate 11 Equipped with sprue channel 17 corresponding with the locating ring 14, the locating ring 14 and the fort position correspondence on injection molding machine, are used for Being oriented to the fort allows injection molding machine accurately to inject sizing material in mould, and the sprue channel 17 is used to guide mould-injection Material enters mould inside.

The dynamic model component 2 include Bottom clamp plate 20, the cushion block 21 for being correspondingly arranged at the lower section of the Bottom clamp plate 20 and The moving platen 22 of the Bottom clamp plate 20 and cushion block 21 is fixedly connected with, the cushion block 21 and Bottom clamp plate 20, moving platen 22 are common It is fixed together.The moving platen 22 is recessed from the second of the inner recess of the lateral moving platen 22 of the moving platen 22 1 Groove portion 23, the dynamic model component 2 further include the first mavable module core 24 for being contained in second concave part 23 and are contained in described Second mavable module core 25 of the first mavable module core 24, the second mavable module core 25 run through first mavable module core 24, and with first cover half Benevolence 133 coordinates to form the cavity of shaping sphere jointly.The Bottom clamp plate 20, cushion block 21, moving platen 22 are from bottom to top successively Set, the top clamping plate 10, first draws flitch 12, second to draw flitch 13, solid plate 11 to set gradually from top to bottom so that institute Stating cover half component 1 can be with relative engagement with dynamic model component 2.

Be fixed with briquetting portion on the moving platen 22, the briquetting portion stretches into the solid plate 11, and with the sliding block phase Coordinate, so that the body 174 of sliding block and forming part 175 coordinate closely.The briquetting portion includes 181 He of the first briquetting portion Second briquetting portion 182, corresponds respectively to the first sliding block 171, the second sliding block 172.First briquetting portion, the 181 and second briquetting portion 182 structures are identical and relatively described first mavable module core 24 is symmetrical.The briquetting portion is used to coordinate cover half component 1 to be molded sphere, and Each briquetting portion is equipped with an inclined guide pillar 183, and the inclined guide pillar 183 is limited in the moving platen 22, therefore inclined guide pillar 183 cannot Moved relative to briquetting portion.The inclined guide pillar 183 is respectively protruding into the guide pillar hole 173, and the diameter of the inclined guide pillar 183 is less than described The diameter of guide pillar hole 173, the inclined guide pillar 183 can drive the sliding block to be moved along perpendicular to the inclined guide pillar 183 when moving The direction movement in dynamic direction.

In the utility model, all fixed mold cores and all mavable module cores coordinate the type that can be molded a complete product Chamber.Specific first fixed mold core, 133 one end is in convex spherical shape, which stretches into foregoing first mavable module core 24, and described first is dynamic 24 sunken inside of mode has the concave spherical surface that the sphere with first fixed mold core 133 is adapted, therefore the first fixed mold core 133 and first Mavable module core 24 forms the cavity of spherical surface body.Particularly, sprue channel 17 is arranged in the first fixed mold core 133, and dynamic close to first One end of mode 24 is additionally provided with cast gate 18, and the cast gate 18 is located at the inside of cavity, and in other words, cast gate 18 is located at the first fixed mold core To weaken or eliminate the internal stress of capsule endoscope lower housing shell in 133 and towards the internal stretch of cavity so that the utility model Formed in mould product outer surface be not present cast gate trace so that the outer surface of product is very smooth.When fort will be molded When material injects the cavity that the second mavable module core 25 and the first fixed mold core 133 cooperatively form jointly by sprue channel 17, it can be molded The sphere, then ejecting sphere by the relative displacement between the second drawing flitch 13 and the solid plate 11, are so far completed Whole injection moulding process.

It is mutual that the guidance set 4 includes the first guidance set 41, the second guidance set 42 and the 3rd guidance set 43, three Do not interfere.First guidance set 41 is arranged to 4, is evenly distributed on the moving platen 22 and solid plate 11, for fixed The relative position of position between the two.Second guidance set 42 includes the second guide post 420 and is set on the second guide post 420 Second guide sleeve 421.Second guidance set 42 is arranged to 4, is evenly distributed on 4 sides of cover half component 1, dynamic model component 2 On angle, for being oriented to relative motion between the two.When mould molds, the second guide post 420 departs from out of second guide sleeve 421, I.e. dynamic model component 2 is away from the cover half component 1, and when mould mold closing, the second guide post 420 penetrates second guide sleeve 421, dynamic model Component 2 forms the cavity for being used for being molded sphere with cover half component 1.

3rd guidance set 43 includes 4 slides set along die sinking direction and is separately fixed at solid plate 11 With the first sliding members 431 on moving platen 22 and the second sliding members 432.The slide includes corresponding first sliding members 431 With the first slide 433 and the second slide 434 of the second sliding members 432.During die sinking, moving platen 22 is moved to drive the second slip Element 432 is slided along the second slide 434, can when the second sliding members 432 slides into the extreme position of the second slide 434 To drive the first slide 433 to slide, when the first slide 433 slides into the extreme position of itself, the first slip can be driven first The movement of part 431 is so as to drive solid plate 11 to move, so as to drive the second drawing flitch 13 to occur relatively with the solid plate 11 Displacement, so that product can carry out automatic material separator using the relative displacement.In addition, should during, first draws flitch 12, the Distance is produced between two drawing flitch 13, manipulator can be allowd to take out material head 18.

The fixation kit 3 includes fixed strip 31, and the fixed strip 31 is equipped with mounting hole 32, and screw passes through mounting hole 32 Fixed strip 31 is also secured on cover half component 1 and dynamic model component 2, so as to ensure that the phase of cover half component 1 and dynamic model component 2 It is constant to position.

Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited In contradiction, the scope that this specification is recorded all is considered to be.

Embodiment described above only expresses the several embodiments of the utility model, its description is more specific and detailed, But therefore it can not be interpreted as the limitation to utility model patent scope.It should be pointed out that the common skill for this area For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (10)

1. a kind of medical treatment detection capsule endoscope robot lower casing injection mold, including：

Cover half component, including top clamping plate, be in turn secured to below the top clamping plate first draw flitch and second draw flitch And the described second solid plate for drawing flitch is fixedly connected with, the side of the top clamping plate is equipped with through the top clamping plate Locating ring, the solid plate are equipped with sprue channel corresponding with the locating ring, and the second drawing flitch is internally recessed and has One first concave part, the cover half component further include the first fixed mold core for being contained in first concave part, on the solid plate Offer the cover half through hole that penetrates easy to the first fixed mold core and from the solid plate side towards the cover half groove of inner recess Portion, the cover half through hole run through the cover half concave part, and the cover half component, which further includes, is contained in the of the cover half concave part Two fixed mold cores and sliding block, first fixed mold core run through second fixed mold core；

Dynamic model component, including Bottom clamp plate, the cushion block that is correspondingly arranged on the Bottom clamp plate and it is fixedly connected with the dynamic model The moving platen of seat board and cushion block, second groove of the moving platen from the lateral inner recess of the moving platen of the moving platen one Portion, the dynamic model component further include the mavable module core for being contained in second concave part, and the mavable module core includes being contained in described the First mavable module core of two concave parts and the second mavable module core for being contained in first mavable module core, the second mavable module core is through described the One mavable module core, the first fixed mold core and the first mavable module core form the cavity of spherical surface body, and sprue channel is close to one end of the first mavable module core Cast gate is additionally provided with, cast gate is located in the first fixed mold core and weakens or eliminate capsule endoscope lower casing towards the internal stretch of cavity The internal stress of body；

Guidance set, including the first non-interference guidance set, the second guidance set and the 3rd guidance set.

2. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 1, it is characterised in that：Described Longer screw is fixed between two drawing flitch and the solid plate, so that described second draws flitch that phase occurs with the solid plate To displacement.

3. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 2, it is characterised in that：From described The first sprue puller is fixed with towards dynamic model component and be fixedly connected with the second sprue puller of the first sprue puller on first drawing flitch.

4. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 3, it is characterised in that：The cunning Block includes symmetrical first sliding block of relatively described second fixed mold core and the second sliding block, each sliding block are offered through itself Guide pillar hole.

5. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 4, it is characterised in that：Each institute State sliding block and include body, match somebody with somebody with the body and merge the forming part for the outer wall for abutting sphere and along sliding block moving direction It is fixed on the guide rail of body both sides.

6. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 5, it is characterised in that：It is described fixed In template stop screw is further fixed on close to the body.

7. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 6, it is characterised in that：Described Three guidance sets include the slide set along die sinking direction and are separately fixed at the first slip member on solid plate and moving platen Part and the second sliding members.

8. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 7, it is characterised in that：The cunning Rail includes the first slide and the second slide of corresponding first sliding members and the second sliding members.

9. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 8, it is characterised in that：It is described dynamic Briquetting portion is fixed with template, the briquetting portion includes the first briquetting portion and the second briquetting portion, and it is oblique that each briquetting portion is equipped with one Guide post.

10. medical treatment detection capsule endoscope robot lower casing injection mold as claimed in claim 9, it is characterised in that：It is described Second guidance set includes the second guide post and the second guide sleeve being set on the second guide post.