CN206264278U - Mould for manufacturing split tap - Google Patents
Mould for manufacturing split tap Download PDFInfo
- Publication number
- CN206264278U CN206264278U CN201621059643.4U CN201621059643U CN206264278U CN 206264278 U CN206264278 U CN 206264278U CN 201621059643 U CN201621059643 U CN 201621059643U CN 206264278 U CN206264278 U CN 206264278U
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- core
- inner core
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- upper mold
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Abstract
The utility model provides a kind of simple structure, the mould for manufacturing split tap of product stripping smart structural design, the mould for manufacturing split tap, it is characterised in that：The mould is included for being molded the shell forming die of leading shell body, the inner core forming die for being molded leading plastic core body and the bottom mould for being molded leading bottom.
Description
Technical field
The present invention relates to a kind of mould of tap, more particularly to a kind of shaping mould for manufacturing split tap
Tool.
Background technology
Known, existing tap for washbasin includes, faucet body, be connected with faucet body located at faucet body bottom both sides
Cold water inlet and hot water outlet pipe, the faucet body top are provided with water outlet valve seat, control valve element are provided with water outlet valve seat, dragon
The front of head body is also connected with Discharging bent-tube, the known tap typically using brass or kirsite integrally casting into
Type, manufacturing technique requirent is higher during casting, and process is complicated, and contains poisonous heavy metal lead chemical analysis in founding materials, reaches
Less than national standard requirement, it is unfavorable for environmental protection, the health of the mankind is affected;In addition all using many metal material systems
Into materials high cost, metal pipelined channel antiseptic effect is bad, the long influence water quality mouthfeel of use time.
In order to overcome above-mentioned technical problem, those skilled in the art devise a kind of two washbasins split tap split dragon
Head, such as Fig. 1, including outer surface have leading shell body, the food grade plastic by plastic material integrated injection molding of electrodeposited coating
Inner core-body 2 ', water-mixing valve core 3 ', valve element positioning sleeve 4 ' and bottom 5 ', as shown in figure 1, the leading shell body 1 ' includes Inlet and outlet water
Shroud 19 ', located at Inlet and outlet water shroud front side be provided with arc outlet pipe 11 ' and above Inlet and outlet water shroud valve element peace
Tubulature 12 ', as shown in Fig. 2 the plastic core body 2 ' is installed including the valve element that the inner wall size of correspondence valve element installing pipe 12 ' is set
Set 21 ', located at the both lateral sides of valve element installation set 21 ' cold water muscle pipe 22 ' with hot water muscle pipe 26 ' and located at valve element installation set 21 '
The arcuation water outlet inner tube 23 ' of front side, the cold water muscle pipe 22 ' lower section be provided with cold water connecting tube 24 ', the hot water muscle pipe
It is provided with hot water connecting tube 25 ' below 26 ', the cold water that the bottom of the valve element installation set 21 ' is communicated with cold water muscle pipe 22 ' enters
The mixed water exports 213 ' of mouth 211 ', the hot water inlet 212 ' of connection hot water muscle pipe 26 ' and connection arcuation water outlet inner tube 23 ', institute
State the water outlet being additionally provided with below valve element installation set for connecting valve element installation set mixed water exports 213 ' and arcuation water outlet inner tube
Muscle pipe 29 ', the valve element installation set 21 ' is interior located at the top valve element installing pipe 12 ' of plastic tap shell body, the arcuation water outlet
Inner tube 23 ' is interior located at the front arc outlet pipe 11 ' of plastic tap shell body, and the water-mixing valve core 3 is located at valve element installation set 21 '
On, the valve element positioning sleeve 4 is removable, and located at valve element installation set 21, ' upper to be used to position water-mixing valve core 3 ', the bottom 5 ' sets
In the lower section of plastic tap shell body, bottom 5 ' the lower section left and right sides be additionally provided with cooling water connecting tube 24 ' with hot water connecting tube
25 ' the through holes for stretching out.Being filled between the plastic tap shell body and plastic core body 2 ' can make in leading shell body and plastics
' the binding sizing agent being combined as a whole of core body 2.The leading shell body and plastic core body 2 of the tap for washbasin of the structure ' are plastics
Material is made, the product materials low cost after shaping, long service life, easy to assembly, installation good positioning effect, but, due to
The outlet pipe of split tap is arc structure, therefore, up to the present not yet there is a kind of mould that above-mentioned split is leading
Plastic core body and the direct injection moulding of shell body disposable.
The content of the invention
Regarding to the issue above, the present invention proposes a kind of mould for manufacturing split tap.
To solve this technical problem, the present invention takes following scheme：For manufacture split tap mould, it is described into
Pattern tool include for be molded leading shell body shell forming die, for be molded the inner core-body of leading plastic core body into
Pattern tool and the bottom mould for being molded leading bottom, wherein：
The shell forming die includes shell body upper mold section, shell body female die, correspondence tap shell body Inlet and outlet water
Shroud and the main body shaping die body of valve element installing pipe cavity shape, correspond to going out for tap shell body arcuation water outlet inner tube cavity shape
Water pipe shaping mould rod, is correspondingly provided with and matches leading shell body profile respectively between the shell body upper mold section and shell body female die
Shell body die cavity, main body shaping die body and water outlet pipe formation die rod are respectively arranged on shell body upper mold section and shell body lower half
In the shell body die cavity of mould, water outlet pipe formation die rod located at main body shaping die body bottom, the main body shaping die body, outlet pipe into
Shell body injection die cavities are formed between pattern rod and die cavity, is additionally provided with the shell body female die when will can go out after formed product
The outlet pipe core-pulling mechanism that water pipe shaping mould rod is extracted out from arcuation outlet pipe, correspondence shell body die cavity on the shell body upper mold section
Place be additionally provided with shell body injection hole;
The inner core forming die includes that inner core-body upper mold section, inner core-body female die, correspondence plastic core body arcuation go out
The water outlet core pulling rod of water inner tube cavity shape, the hot-water line core pulling rod of correspondence plastic core body heat water muscle tube cavity shape, correspondence
The cold water pipe core pulling rod of plastic core body cold water muscle tube cavity structure and the bottom of correspondence plastic core body water outlet muscle tube cavity structure
Portion's core pulling rod, is correspondingly provided with and matches plastic core body arcuation water outlet respectively between the inner core-body upper mold section and inner core-body female die
Inner tube profile, hot water muscle pipe profile, cold water muscle pipe profile, cold water connecting tube profile, hot water connecting tube profile and water outlet muscle pipe
The inner core-body die cavity of profile, the inner core-body of water outlet core pulling rod correspondence arcuation water outlet inner tube profile on inner core-body female die
In die cavity, the hot-water line core pulling rod on the inner core-body female die in the inner core-body die cavity of hot water muscle pipe profile, it is described
On inner core-body female die in the inner core-body die cavity of correspondence cold water muscle pipe profile, the bottom core pulling rod sets cold water pipe core pulling rod
It is the water outlet core pulling rod, hot-water line core pulling rod, cold in the inner core-body die cavity of correspondence water outlet muscle pipe profile on inner core-body female die
Injection die cavities are formed between water pipe core pulling rod and bottom core pulling rod and inner core-body die cavity respectively, is also set on the inner core-body upper mold section
There is the injection cavity of matching plastic core body valve element installation set profile, correspondence valve element installation set is each on the inner core-body upper mold section
The position of entery and delivery port is additionally provided with the intake-outlet shaping column of projection, between the inner core-body upper mold section and inner core-body female die
Demoulding sliding block, the hot-water line core pulling are additionally provided with the outside of correspondence hot-water line core pulling rod, cold water pipe core pulling rod and bottom core pulling rod
The outer end of rod, cold water pipe core pulling rod and bottom core pulling rod respectively with corresponding demoulding sliding block be connected, the inner core-body upper mold section with
Being additionally provided between inner core-body female die when inner core-body upper mold section leaves inner core-body female die can be displaced outwardly each demoulding sliding block
To drive each core pulling rod to complete the first demoulding drive mechanism of core_pulling demoulding, formed product is additionally provided with the inner core-body female die
Water outlet core pulling rod is extracted out from arcuation outlet pipe the second demoulding drive mechanism afterwards, correspondence inner core-body on the inner core-body upper mold section
The place of die cavity is additionally provided with inner core-body injection hole;
The bottom mould includes bottom upper mold section, bottom female die, the bottom upper mold section and bottom female die
The bottom die cavity for being provided with matching bottom contour structures, the position of correspondence bottom die cavity is provided with bottom note on the bottom upper mold section
Mole.
It is further improved to be：The outlet pipe core-pulling mechanism includes core pulling connecting rod, and the core pulling connecting rod hinge is located at shell
The bottom of body female die, its upper one end is hinged with the lower end of water outlet pipe formation die rod, and the side of the shell body upper mold section is also
Drive rod is provided with, stripping chute is provided with below the drive rod, stripping chute is stretched out in another free end bottom of the core pulling connecting rod,
The top of the stripping chute is the inclined-plane that correspondence core pulling rod surface is set.
It is further improved to be：The shell body injection hole is correspondingly arranged at the shell body mould for being molded valve element installing pipe
Chamber top.
It is further improved to be：The shell body female die is provided with lead column, the shell body upper mold section correspondence shell
The position of each lead column of body female die is provided with pilot hole.
It is further improved to be：Second demoulding drive mechanism includes cylinder, hinged block, and the cylinder block is inclined in lower mould
On, on the piston rod of cylinder, one end of the water outlet core pulling rod is fixedly arranged on the top of hinged block to the hinged block.
It is further improved to be：First demoulding drive mechanism includes demoulding brace, inner core-body upper mold section correspondence
The position of each demoulding sliding block is provided with demoulding brace, and inclined hole is respectively equipped with each demoulding sliding block, and the upper surface of the inclined hole exists
Each demoulding sliding block is inboard, and the lower surface of inclined hole is in the outside of each demoulding sliding block.
It is further improved to be：The inner core-body injection hole is correspondingly arranged at in moulding plastics inner core-body arcuation water outlet
The die cavity side of pipe.
It is further improved to be：The inner core-body female die is provided with guide pillar, the inner core-body upper mold section correspondence female die
The position of each guide pillar is provided with guide pillar location hole.
By using preceding solution, the beneficial effects of the invention are as follows：Split tap mould, simple structure,
Product stripping smart structural design rationally, the core pulling for completing that outlet pipe is done directly while die sinking is acted is risen using upper mold section
Stripping action, process is simple, efficiency high, low cost can reduce leading shell body and plastic core body disposable injection moulding
The production cost of product.
Brief description of the drawings
Fig. 1 is two washbasin splits tap split tap decomposition texture schematic diagram；
The structural representation of the washbasin splits of Fig. 2 two tap split tap shell body；
Fig. 3 is the structural representation of embodiment of the present invention shell forming die；
Fig. 4 is the three-dimensional exploded view of embodiment of the present invention shell forming die.
Fig. 5 is the structural representation of shell body upper mold section；
Fig. 6 is the structural representation of embodiment of the present invention inner core-body upper mold section；
Fig. 7 is the structural representation of embodiment of the present invention inner core-body female die；
Fig. 8 be plastic core it is body formed after the non-demoulding structural representation；
Fig. 9 is the decomposition texture schematic diagram of bottom mould.
Specific embodiment
In conjunction with the drawings and specific embodiments, the present invention is further described.
The present embodiment is disclosed for a kind of mould for manufacturing split tap shell body, as shown in figure 1, the tap is outer
Housing includes Inlet and outlet water shroud 19 ', arc outlet pipe 11 is provided with located at the front of Inlet and outlet water shroud 19 ' side ' and located at turnover
Valve element installing pipe 12 ' above water-pipe cover, as shown in Fig. 2 the plastic core body is including valve element installation set 21 ', located at valve element
The installation set 21 cold water muscle pipe 22 of both lateral sides ' ' and hot water muscle pipe 26 ' and located at the ' arcuation of front side of valve element installation set 21
Water outlet inner tube 23 ', the lower section of the cold water muscle pipe 22 ' lower section be provided with cold water connecting tube 24 ', the hot water muscle pipe 26 ' is provided with
Hot water connecting tube 25 ', the bottom of the valve element installation set 21 ' be communicated with the cooling water inlet 211 of cold water muscle pipe 22 ' ', connection heat
Water muscle pipe 26 ' hot water inlet 212 ' and connection arcuation water outlet inner tube 23 ' mixed water exports 213 ', the valve element installation set
Lower section be additionally provided with for connect valve element installation set mixed water exports 213 ' and arcuation water outlet inner tube water outlet muscle pipe 29 ', such as Fig. 3
Shown in Fig. 5, the mould for manufacturing split tap, the mould includes the shell for being molded leading shell body
Forming die, the inner core forming die for being molded leading plastic core body and the bottom shaping for being molded leading bottom
Mould, wherein：
The shell forming die is including shell body female die 12, on the shell body of the top of shell body female die 12
Half module 11, correspondence tap shell body Inlet and outlet water shroud 119 ' are molded die body 13 with the main body of the cavity shape of valve element installing pipe 112 ',
' the water outlet pipe formation die rod 14 of cavity shape, on the shell body female die 11 of correspondence tap shell body arcuation water outlet inner tube 11
Lead column is provided with, the position of each guide pillar of the corresponding shell body female die 12 of shell body upper mold section 11 is provided with guide pillar hole 114.It is described
The shell body die cavity for matching leading shell body profile is correspondingly provided between shell body upper mold section 11 and shell body female die 12 respectively
15, the main body shaping die body 13 and water outlet pipe formation die rod 14 are respectively arranged on shell body upper mold section 11 and shell body female die 12
Shell body die cavity 15 in, water outlet pipe formation die rod 14 the main body shaping die body 13, goes out located at main body shaping die body 13 bottom
Shell body injection die cavities 1A ' is formed between water pipe shaping mould rod 14 and shell body die cavity 15, on the shell body female die 12 also
It is provided with the outlet pipe core-pulling mechanism that water outlet pipe formation die rod 14 can be extracted out from arcuation outlet pipe 11 ' after formed product, institute
The place for stating correspondence shell body die cavity 15 on shell body upper mold section 11 is additionally provided with shell body injection hole 111.The shell body injection
Mouth 111 is correspondingly arranged at the top of shell body die cavity 15 for being molded valve element installing pipe 12 '.The outlet pipe core-pulling mechanism includes
Core pulling connecting rod 1161, the middle part of the core pulling connecting rod 161 is cut with scissors on shell body female die 12 by axle 1611, its upper one end
It is hinged with the lower end of water outlet pipe formation die rod 14 again, the side of the shell body upper mold section 11 is additionally provided with drive rod 112, the drive
The lower section of lever 112 is provided with stripping chute 113, and stripping chute 113 is stretched out in another free end bottom of the core pulling connecting rod 161, described
The top of stripping chute 113 is the inclined-plane 1131 that the surface of correspondence core pulling connecting rod 161 is set.
During injection, shell body upper mold section declines with shell body upper mold section, i.e. matched moulds when shell body upper mold section declines, drives
The pressing action of lever makes that one end that core pulling connecting rod 161 is connected with water outlet pipe formation die rod 14 be upturned, so as to by water outlet
Pipe formation die rod 14 is placed on the correspondence position of the shell body die cavity of shell body upper mold section and shell body female die, completes matched moulds
After action, plastic material injects from the shell body injection hole 111 of shell body upper mold section 11, after plastic material is full of die cavity 1A ', i.e.,
Plastic split tap shell of the present invention, after cooling, cover of driver body upper mold section is moved upwards, so that drive rod drives taking out
The lower end of core connecting rod is moved upwards, moves downward its that one end being connected with water outlet pipe formation die rod 14, so as to by outlet pipe
Shaping mould rod 14 extracts die cavity 15 out, completes demoulding work, split tap shell forming die, simple structure, product stripping
Smart structural design rationally, the core pulling for completing to be done directly while die sinking is acted outlet pipe is risen using shell body upper mold section and is taken off
Mould is acted, and shell body once injection moulding can be reduced the production cost of product by process is simple, efficiency high, low cost.
As shown in Figure 6 to 8, the inner core forming die includes inner core-body upper mold section 21, inner core-body female die 22, right
Answer the water outlet core pulling rod 231 of the cavity shape of arcuation water outlet inner tube 23 ', the hot-water line core pulling rod to hot water muscle tube cavity shape
232nd, correspondence cold water muscle pipe 22 ' take out by the cold water pipe core pulling rod 233 of inner-cavity structure and the bottom of the inner-cavity structure of correspondence water outlet muscle pipe 29 '
Plug 234, is correspondingly provided with and matches arcuation water outlet inner tube respectively between the inner core-body upper mold section 21 and inner core-body female die 22
23 ', hot water muscle pipe 26 ', cold water muscle pipe 22 ', cold water connecting tube 24 ', hot water connecting tube 25 ' and the outside shape of water outlet muscle pipe 29 '
The inner core-body die cavity A ' of shape, the water outlet core pulling rod 231 profile of correspondence arcuation water outlet inner tube 23 ' on inner core-body female die 22
Inner core-body die cavity in, the hot-water line core pulling rod 232 is on the inner core-body female die 22 to the interior of the profile of hot water muscle pipe 26 '
Core body die cavity is interior, the inner core-body of the cold water pipe core pulling rod 233 profile of correspondence cold water muscle pipe 22 ' on inner core-body female die 22
In die cavity, the inner core-body die cavity of the bottom core pulling rod 234 profile of correspondence water outlet muscle pipe 29 ' on inner core-body female die 22
It is interior, the water outlet core pulling rod 231, hot-water line core pulling rod 232, cold water pipe core pulling rod 233 and bottom core pulling rod 234 and inner core-body mould
Injection die cavities are formed between the 2A ' of chamber respectively, the profile of matching valve element installation set 221 ' is additionally provided with the inner core-body upper mold section 21
Injection cavity, the position of each entery and delivery port of correspondence valve element installation set 221 ' is additionally provided with projection on the inner core-body upper mold section 21
Intake-outlet shaping column 212 ', corresponding hot-water line core pulling rod 232 between the inner core-body upper mold section 21 and inner core-body female die 22,
The outside of cold water pipe core pulling rod 233 and bottom core pulling rod 234 is additionally provided with demoulding sliding block 24, the hot-water line core pulling rod 232, cold water
The outer end of pipe core pulling rod 233 and bottom core pulling rod 234 is connected with corresponding demoulding sliding block 24 respectively, the inner core-body upper mold section 21
Being additionally provided between inner core-body female die 22 when inner core-body upper mold section 21 leaves inner core-body female die 22 can make each demoulding sliding block
24 are displaced outwardly the first demoulding drive mechanism to drive each core pulling rod to complete core_pulling demoulding, on the inner core-body female die 22 also
Be provided with the second demoulding drive mechanism for water outlet core pulling rod 231 being extracted out from arcuation outlet pipe 23 ' after formed product, the inner core-body
The place of correspondence inner core-body die cavity is additionally provided with injection hole 213 on upper mold section.
Second demoulding drive mechanism includes cylinder 26, hinged block 28, and the cylinder body of the cylinder 26 is inclined on lower mould 22, described
On the piston rod of cylinder 26, one end of the water outlet core pulling rod 231 is fixedly arranged on the top of hinged block 28 to hinged block 28.
First demoulding drive mechanism includes demoulding brace 25, each demoulding sliding block 24 of the inner core-body upper mold section 21 correspondence
Position be provided with demoulding brace 25, be respectively equipped with inclined hole 242 on each demoulding sliding block 24, the upper surface of the inclined hole 242 exists
Each demoulding sliding block 24 is inboard, and the lower surface of inclined hole 242 is in the outside of each demoulding sliding block 24.
The injection hole 213 be correspondingly arranged at for moulding plastics inner core-body arcuation water outlet inner tube 23 ' inner core-body die cavity
Side.
The inner core-body female die 22 is provided with guide pillar 221, the corresponding inner core-body female die 22 of inner core-body upper mold section 21
The position of each guide pillar 221 is provided with guide pillar location hole 215.
Such as Fig. 9, the bottom mould includes bottom upper mold section 31, bottom female die 32, the bottom upper mold section 31
With the bottom die cavity 33 that matches bottom contour structures of being provided with of bottom female die 32, correspondence bottom mould on the bottom upper mold section 31
The position in chamber 33 is provided with bottom injecting hole 34.
Split tap mould of the present invention, simple structure, product stripping smart structural design is reasonable, using on upper mold section
Rise and complete the core_pulling demoulding action that outlet pipe is done directly while die sinking is acted, process is simple, efficiency high, low cost can be by
Leading shell body and plastic core body disposable injection moulding, reduce the production cost of product.
Described above, only using the embodiment of this origination techniques content, any those skilled in the art are with this wound
Make done modification, change, all belong to the scope of the claims of this creation opinion, and be not limited to those disclosed embodiments.
Claims (8)
1. it is used to manufacture the mould of split tap, it is characterised in that：The mould is included for being molded leading shell
The shell forming die of body, the inner core forming die for being molded leading plastic core body and for being molded leading bottom
Bottom mould, wherein：
The shell forming die includes shell body upper mold section, shell body female die, correspondence tap shell body Inlet and outlet water shroud
Die body, the outlet pipe of correspondence tap shell body arcuation water outlet inner tube cavity shape are molded with the main body of valve element installing pipe cavity shape
Shaping mould rod, is correspondingly provided with and matches the outer of leading shell body profile respectively between the shell body upper mold section and shell body female die
Housing die cavity, the main body shaping die body and water outlet pipe formation die rod are respectively arranged on shell body upper mold section with shell body female die
In shell body die cavity, water outlet pipe formation die rod is located at main body shaping die body bottom, the main body shaping die body, water outlet pipe formation die
Shell body injection die cavities are formed between rod and die cavity, is additionally provided with the shell body female die when can be by outlet pipe after formed product
The outlet pipe core-pulling mechanism that shaping mould rod is extracted out from arcuation outlet pipe, the ground of correspondence shell body die cavity on the shell body upper mold section
Side is additionally provided with shell body injection hole;
The inner core forming die is including in inner core-body upper mold section, inner core-body female die, correspondence plastic core body arcuation water outlet
The water outlet core pulling rod of tube cavity shape, the hot-water line core pulling rod of correspondence plastic core body heat water muscle tube cavity shape, correspondence plastics
The cold water pipe core pulling rod of inner core-body cold water muscle tube cavity structure and the bottom of correspondence plastic core body water outlet muscle tube cavity structure are taken out
Plug, is correspondingly provided with and matches plastic core body arcuation water outlet inner tube respectively between the inner core-body upper mold section and inner core-body female die
Profile, hot water muscle pipe profile, cold water muscle pipe profile, cold water connecting tube profile, hot water connecting tube profile and water outlet muscle pipe profile
Inner core-body die cavity, the inner core-body die cavity of water outlet core pulling rod correspondence arcuation water outlet inner tube profile on the inner core-body female die
It is interior, the hot-water line core pulling rod on the inner core-body female die in the inner core-body die cavity of hot water muscle pipe profile, the cold water
On inner core-body female die in the inner core-body die cavity of correspondence cold water muscle pipe profile, the bottom core pulling rod is in for pipe core pulling rod
On core body female die in the inner core-body die cavity of correspondence water outlet muscle pipe profile, the water outlet core pulling rod, hot-water line core pulling rod, cold water pipe
Injection die cavities are formed between core pulling rod and bottom core pulling rod and inner core-body die cavity respectively, is additionally provided with the inner core-body upper mold section
Injection cavity with plastic core body valve element installation set profile, on the inner core-body upper mold section correspondence valve element installation set it is each into and out of
The position at the mouth of a river is additionally provided with the intake-outlet shaping column of projection, corresponding heat between the inner core-body upper mold section and inner core-body female die
Demoulding sliding block, the hot-water line core pulling rod, cold water are additionally provided with the outside of water pipe core pulling rod, cold water pipe core pulling rod and bottom core pulling rod
The outer end of pipe core pulling rod and bottom core pulling rod is connected with corresponding demoulding sliding block respectively, under the inner core-body upper mold section and inner core-body
Being additionally provided between half module when inner core-body upper mold section leaves inner core-body female die can be displaced outwardly each demoulding sliding block to drive respectively
Core pulling rod completes the first demoulding drive mechanism of core_pulling demoulding, is additionally provided with water outlet on the inner core-body female die after formed product
The second demoulding drive mechanism that core pulling rod is extracted out from arcuation outlet pipe, the ground of correspondence inner core-body die cavity on the inner core-body upper mold section
Side is additionally provided with inner core-body injection hole;
The bottom mould includes bottom upper mold section, bottom female die, and the bottom upper mold section sets with bottom female die
There is the bottom die cavity of matching bottom contour structures, the position of correspondence bottom die cavity is provided with bottom injection on the bottom upper mold section
Hole.
2. it is according to claim 1 for manufacture split tap mould, it is characterised in that：The outlet pipe core pulling
Mechanism includes core pulling connecting rod, and located at the bottom of shell body female die, its upper one end is molded the core pulling connecting rod hinge with outlet pipe
The lower end of mould rod is hinged, and the side of the shell body upper mold section is additionally provided with drive rod, and stripping chute is provided with below the drive rod,
Stripping chute is stretched out in another free end bottom of the core pulling connecting rod, and the top of the stripping chute is that correspondence core pulling rod surface is set
Inclined-plane.
3. it is according to claim 1 for manufacture split tap mould, it is characterised in that：The shell body injection
Mouth is correspondingly arranged at the shell body die cavity top for being molded valve element installing pipe.
4. it is according to claim 1 for manufacture split tap mould, it is characterised in that：The shell body lower half
Mould is provided with lead column, and the position of shell body upper mold section correspondence shell body each lead column of female die is provided with pilot hole.
5. it is according to claim 1 for manufacture split tap mould, it is characterised in that：Second demoulding driving machine
Structure includes cylinder, hinged block, and the cylinder block is inclined on lower mould, and the hinged block is described on the piston rod of cylinder
One end of water outlet core pulling rod is fixedly arranged on the top of hinged block.
6. it is according to claim 1 for manufacture split tap mould, it is characterised in that：First demoulding is driven
Motivation structure includes that demoulding brace, the position of each demoulding sliding block of inner core-body upper mold section correspondence are provided with demoulding brace, described each de-
Inclined hole is respectively equipped with mode slider, the upper surface of the inclined hole is inboard in each demoulding sliding block, and the lower surface of inclined hole is slided in each demoulding
The outside of block.
7. it is according to claim 1 for manufacture split tap mould, it is characterised in that：The inner core-body injection
Mouth is correspondingly arranged at the die cavity side for moulding plastics inner core-body arcuation water outlet inner tube.
8. it is according to claim 1 for manufacture split tap mould, it is characterised in that：The inner core-body lower half
Mould is provided with guide pillar, and the position of inner core-body upper mold section correspondence each guide pillar of female die is provided with guide pillar location hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621059643.4U CN206264278U (en) | 2016-09-18 | 2016-09-18 | Mould for manufacturing split tap |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621059643.4U CN206264278U (en) | 2016-09-18 | 2016-09-18 | Mould for manufacturing split tap |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206264278U true CN206264278U (en) | 2017-06-20 |
Family
ID=59036612
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621059643.4U Expired - Fee Related CN206264278U (en) | 2016-09-18 | 2016-09-18 | Mould for manufacturing split tap |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206264278U (en) |
-
2016
- 2016-09-18 CN CN201621059643.4U patent/CN206264278U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170620 Termination date: 20200918 |