CN208374171U - A kind of Moca coffee pot and its processing mold - Google Patents
A kind of Moca coffee pot and its processing mold Download PDFInfo
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- CN208374171U CN208374171U CN201821038880.1U CN201821038880U CN208374171U CN 208374171 U CN208374171 U CN 208374171U CN 201821038880 U CN201821038880 U CN 201821038880U CN 208374171 U CN208374171 U CN 208374171U
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- mould
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- core pulling
- rack
- left mould
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Abstract
The utility model relates to a kind of Moca coffee pot and its processing molds, it is with die opening state and molding state, the processing mold includes rack, it is arranged in the rack and can be relatively distant from or close left mould and right mould, lower core pulling in the rack is set, it is connected with the left mould and/or the right mould and is able to drive the left mould and the right mould is relatively distant from or the first close die opening mechanism, when the processing mold is in molding state, the left mould and the right mould are in contact, the left mould, it is formed between the right mould and the lower core pulling and is used to form lower kettle body and type chamber for placing heating element and pours mouth for inject castable.The processing mold structure of the utility model is simple, easy to operate, and the lower kettle body and heating element stable connection of Moca coffee pot made from the processing mold using the utility model, lower kettle body antileaking, the thermal efficiency is high, low manufacture cost.
Description
Technical field
The utility model relates to a kind of Moca coffee pot and its processing molds.
Background technique
Traditional aluminum Moca coffee pot is that aluminum casting forms, using burning stove heating make coffee, lower body because upper port it is small under
Portion's body is big and is limited to casting process manufacture.
It is popularized with electrically heated, expects that the people for boiling Mocha coffee using electromagnetic oven or electric heating is more and more.It is general at present
It is electromagnetic induction heating iron plate or heat-generating pipe in the rivet or weld of aluminum Moca coffee pot bottom all over the method used.But this method
It grows the service life of Moca coffee pot not, is easy to produce electromagnetic induction heating iron plate or heat-generating pipe falls off or pot leak.Meanwhile thermal effect
Rate is not high, complex process, and manufacturing cost is also high.Therefore, it is necessary to be improved.
Utility model content
The technical problem to be solved by the present invention is to provide one kind can make heating element and lower kettle body stable connection
The processing mold of Moca coffee pot and using Moca coffee pot made from the processing mold.
In order to solve the above technical problems, the present invention adopts the following technical scheme:
One purpose of the utility model is to provide a kind of processing mold of Moca coffee pot, with die opening state and molding shape
State, the processing mold includes rack, is arranged in the rack and can be relatively distant from or close left mould and right mould,
The lower core pulling that is arranged in the rack is connected with the left mould and/or the right mould and is able to drive described
Left mould and the right mould are relatively distant from or the first close die opening mechanism, when the processing mold is in molding state,
The left mould and the right mould are in contact, and are formed and are used between the left mould, the right mould and the lower core pulling
It forms lower kettle body and type chamber for placing heating element and pours mouth for inject castable.
Specifically, the left mould includes lower-left mould and upper left mould, and the right mould includes bottom right mould and upper right mould, works as institute
When the processing mold stated is in molding state, the lower-left mould and the bottom right mould are in contact, the lower-left mould, described
Bottom right mould and the lower core pulling between form the type chamber；The upper left mould and the upper right mould are in contact and shape
Mouth is poured at described.
More specifically, first die opening mechanism include the first handle being arranged on the lower-left mould, setting exist
Second handle on the upper left mould, is arranged on the upper right mould third handle being arranged on the bottom right mould
The 4th handle.
Preferably, the left mould and/or the right mould are mutually slidably connected or are rotatablely connected with the rack.
According to a kind of embodiment, the lower core pulling is mutually slidably connected with the rack, and the processing mold is also
The second die opening mechanism of the opposite housing slide of the lower core pulling is able to drive including being connected with the lower core pulling；
When the processing mold is in die opening state, the lower core pulling and the left mould and the right mould are mutually separate；When
When the processing mold is in molding state, the lower core pulling and the left mould and the right mould are mutually close.
Preferably, second die opening mechanism includes one end and the rack rotates the pedal of connection, both ends
Portion rotate respectively with the pedal and the lower core pulling first connecting rod of connection, both ends respectively with the pedal and
The rack is connected the reset spring that the pedal can be made to reset.
Preferably, the processing mold further includes the upper core pulling being mutually slidably connected with the rack, and described second
Die opening mechanism is connected with the upper core pulling and is able to drive the opposite housing slide of the upper core pulling, when described
When processing mold is in die opening state, the upper core pulling and the left mould and the right mould are mutually separate；When described adds
When tool and mould is in molding state, the upper core pulling left mould mutually close and described with the left mould and the right mould,
The type chamber is formed between the right mould, the upper core pulling and the lower core pulling and described pours mouth.
It is further preferred that second die opening mechanism includes one end and the rack rotates the stepping on of connection
Plate, the first swing rod of the connection that rotates with the rack, both ends respectively with the one end of first swing rod and described
Pedal rotate connection second connecting rod, rotate with the rack connection and one end and the first swing rod phase turns
The other end of the second swing rod, lower end and second swing rod that is dynamic and being slidably connected rotate connection third connecting rod,
With the rack rotate connection and one end and the third connecting rod upper end rotate connection third swing rod, on
The other end of end and the third swing rod rotates the fourth link of connection, the lower end of the fourth link and institute
The upper core pulling stated rotates connection.
Preferably, the length for pouring mouth is 60% or more of the lower kettle body bottom of the pot diameter, and described pours
Width >=1.5mm of mouth.
The processing method of Moca coffee pot in the utility model is processed using the processing mold, is specifically included as follows
Step:
(1) it is opened the processing mold；
(2) sand core is put into the type chamber；
(3) heating element is put into the type chamber；
(4) processing mold is molded；
(5) aluminum water is poured into from the mouth that pours；
(5) after cooling, die sinking takes out and pours part, to it is described pour part carry out post-processing be made pour it is described plus
The lower kettle body of thermal part.
Preferably, the heating element is heat-generating pipe or electromagnetic induction heating iron plate.
Preferably, heating element and the sand core described in being provided on the heating element when making molding state
Distance >=3mm support leg of upper surface, so that kettle body is water-tight.
Preferably, when the heating element is electromagnetic induction heating iron plate, on the electromagnetic induction heating iron plate
The through-hole passed through convenient for aluminum water is offered, the through-hole occupied area is not less than the electromagnetic induction heating iron plate gross area
70%, the periphery of the electromagnetic induction heating iron plate at a distance from the type chamber cavity wall be greater than 1.5mm.
Preferably, the post-processing is to carry out chamfering to the described part that pours and make the electromagnetic induction heating iron plate
Periphery at least partly expose to be contacted with electromagnetic oven.
The third purpose of this adaptability is to provide a kind of Moca coffee pot, including lower kettle body, is cast in the bottom of the pot portion of lower kettle body
Heating element, the Moca coffee pot using the processing mold and processing method processing be made.
Due to the implementation of above technical scheme, the present invention has the advantage that compared with prior art
The processing mold structure of the utility model is simple, easy to operate, made from the processing mold using the utility model
The lower kettle body and heating element stable connection of Moca coffee pot, lower kettle body antileaking, the thermal efficiency is high, low manufacture cost.
Detailed description of the invention
Attached drawing 1 is the layout exploded isometric figure of the processing mold of embodiment one；
Attached drawing 2 is the sectional view of the processing mold of embodiment one；
Attached drawing 3 is the explosive view before the processing mold of embodiment one pours；
Attached drawing 4 is the explosive view after the processing mold of embodiment one pours；
Attached drawing 5 is the perspective view of lower kettle body made from embodiment one；
Attached drawing 6 is the explosive view of lower kettle body made from embodiment one；
Attached drawing 7 is the explosive view of Moca coffee pot made from embodiment one；
Attached drawing 8 is the sectional view of Moca coffee pot made from embodiment one；
Attached drawing 9 is perspective view of the processing mold in part die opening state of embodiment two (before pouring)；
Attached drawing 10 is rearview of the processing mold in part die opening state of embodiment two (before pouring)；
Attached drawing 11 is sectional view of the processing mold in part die opening state of embodiment two (before pouring)；
Attached drawing 12 is main view of the processing mold in part die opening state of embodiment two (before pouring)；
Attached drawing 13 is perspective view of the processing mold in complete die opening state of embodiment two (before pouring)；
Attached drawing 14 is sectional view of the processing mold in complete die opening state of embodiment two (before pouring)；
Attached drawing 15 is perspective view of the processing mold in molding state of embodiment two；
Attached drawing 16 is sectional view of the processing mold in molding state of embodiment two；
Attached drawing 17 is sectional view of the processing mold of embodiment two when pouring aluminum water；
Attached drawing 18 is perspective view of the processing mold in complete die opening state of embodiment two (after pouring)；
Attached drawing 19 is sectional view of the processing mold in complete die opening state of embodiment two (after pouring)；
Attached drawing 20 is the perspective view that part is poured made from embodiment two；
Wherein, 1, lower kettle body；2, heating element；3, safety valve；4, upper kettle body；5, gasket；6, funnel；7, strainer；8,
Lid；10, rack；11, lower core pulling；12, type chamber；13, mouth is poured；14, lower-left mould；15, upper left mould；16, bottom right mould；17, upper right
Mould；18, upper core pulling；19, support leg；21, first handle；22, second handle；23, third handle；24, the 4th handle；31, it steps on
Plate；32, first connecting rod；33, reset spring；34, the first swing rod；35, second connecting rod；36, the second swing rod；37, third connecting rod；
38, third swing rod；39, fourth link；361, pillar；341 sliding slots；41, sand core.
Specific embodiment
The utility model is described in further details below in conjunction with specific embodiment.It should be understood that these embodiments are to use
In the basic principles and main features and advantage that illustrate the utility model, and the utility model is not limited by the following examples.
Embodiment one:
As shown in attached drawing 1 to 8, the present embodiment provides a kind of processing molds of Moca coffee pot, with die opening state and molding
State, processing mold includes rack 10, is arranged in rack 10 and can be relatively distant from or close left mould and right mould, setting exist
Lower core pulling 11 in rack 10 is connected with left mould and/or right mould and is able to drive left mould and right mould is relatively distant from or close
First die opening mechanism, when processing mold is in molding state, left mould and right mould are in contact, Zuo Mo, right mould and lower core pulling 11 it
Between formed and be used to form lower kettle body 1 and type chamber 12 for placing heating element 2 and pour mouth 13 for inject castable；
When processing mold is in die opening state, left mould and right mould are mutually separate, consequently facilitating being put into sand core 41 and heating element 2 and just
Part is poured in taking-up.
Left mould and/or right mould are slidably connected or are rotatablely connected with 10 phase of rack.
In the present embodiment, left mould includes the lower-left mould 14 for being slidably connected or being rotatablely connected with 10 phase of rack and 10 phase of rack
The upper left mould 15 for being slidably connected or being rotatablely connected, right mould include the bottom right mould 16 for being slidably connected or being rotatablely connected with 10 phase of rack,
The upper right mould 17 for being slidably connected or being rotatablely connected with 10 phase of rack, when processing mold is in molding state, lower-left mould 14 and the right side
Lower die 16 is in contact, shape forming cavity 12 between lower-left mould 14, bottom right mould 16 and lower core pulling 11；Upper left mould 15 and upper right mould 17 connect
It touches and is formed and pour mouth 13.
First die opening mechanism includes the first handle 21 being arranged on lower-left mould 14, the second-hand being arranged on upper left mould 15
Handle 22, the third handle 23 being arranged on bottom right mould 16, the 4th handle 24 being arranged on upper right mould 17.It is first-hand by operating
Handle 21, second handle 22, third handle 23 and the 4th handle 24 can control lower-left mould 14, upper left mould 15, bottom right mould 16 respectively
With the die sinking and molding of upper right mould 17.
The length L for pouring mouth 13 is 60% or more of 1 bottom of the pot diameter of lower kettle body, pours width D >=1.5mm of mouth 13.
System of the processing mold of the present embodiment especially suitable for the Moca coffee pot that heating element 2 is electromagnetic induction heating iron plate
It is standby.
Method using processing mold processing Moca coffee pot includes the following steps:
(1) it is opened processing mold.
(2) sand core 41 is put into type chamber 12.
(3) electromagnetic induction heating iron plate is put into type chamber 12, support leg 19, the branch is set on electromagnetic induction heating iron plate
Support foot 19 catches on the upper surface of lower-left mould 14 and bottom right mould 16 so that electromagnetic induction heating iron plate and sand core when molding state
Distance >=3mm of 41 upper surface, so that kettle body obtained is water-tight；It offers on electromagnetic induction heating iron plate convenient for aluminium
The through-hole that water passes through, through-hole occupied area are not less than the 70% of the electromagnetic induction heating iron plate gross area, electromagnetic induction heating iron plate
Periphery is greater than 1.5mm at a distance from 12 cavity wall of type chamber.
(4) mold processing mold；
(5) aluminum water is poured into from mouth 13 is poured；
(5) after cooling, die sinking takes out and pours part, carries out post-processing obtained pour under heating element 2 to part is poured
Kettle body 1.
Post-processing is break into pieces sand core 41 to form the cavity of lower kettle body 1 and chamfering and make electromagnetism sense to pouring part
At least partly expose to be contacted with electromagnetic oven the periphery that iron plate should be heated.
The Moca coffee pot as made from the processing mold and processing method including lower kettle body 1, is cast in the bottom of the pot portion of lower kettle body 1
Heating element 2, be arranged on lower kettle body 1 safety valve 3, be connected with lower kettle body 1 upper kettle body 4, setting in lower kettle body 1 and
Gasket 5 between upper kettle body 4, the funnel 6 being arranged in lower kettle body 1, the strainer 7 being arranged between funnel 6 and upper kettle body 4,
Lid 8 is located at the lid 8 on upper kettle body 4.
Embodiment two:
As shown in attached drawing 9 to 20, the present embodiment provides a kind of processing molds of Moca coffee pot, with die opening state and molding
State, processing mold includes rack 10, is arranged in rack 10 and can be relatively distant from or close left mould and right mould, sliding are set
The lower core pulling 11 in rack 10, the upper core pulling 18 being slidably connected with 10 phase of rack are set, is connected with left mould and/or right mould and energy
Enough drive left mould and right mould be relatively distant from or the first close die opening mechanism, be connected respectively with lower core pulling 11 and upper core pulling 18 and
It is able to drive the second die opening mechanism that lower core pulling 11 and upper core pulling 18 are slided.
Left mould and/or right mould are slidably connected or are rotatablely connected with 10 phase of rack.
In the present embodiment, left mould include rotate with rack 10 connection lower-left mould 14, rotate connection with rack 10
Upper left mould 15, right mould include rotate with rack 10 connection bottom right mould 16, rotate the upper right mould 17 of connection with rack 10.
When processing mold is in die opening state, lower core pulling 11 and left mould and right mould are mutually separate, upper core pulling 18 and left mould and
Right mould is mutually separate, and left mould and right mould are mutually separate, consequently facilitating being put into sand core 41 and heating element 2 and pouring part convenient for taking out.
When processing mold is in molding state, lower core pulling 11 and left mould and right mould are mutually close, upper core pulling 18 and left mould and
Right mould is mutually close, and left mould and right mould are in contact, and is formed and be used to form down between left mould, right mould, upper core pulling 18 and lower core pulling 11
Kettle body 1 and type chamber 12 for placing heating element 2 and mouth 13, specially 14 He of lower-left mould are poured for inject castable
Bottom right mould 16 is in contact, shape forming cavity 12 between lower-left mould 14, bottom right mould 16 and lower core pulling 11；17 phase of upper left mould 15 and upper right mould
It contacts and is formed and pour mouth 13.
First die opening mechanism includes the first handle 21 being arranged on lower-left mould 14, the second-hand being arranged on upper left mould 15
Handle 22, the third handle 23 being arranged on bottom right mould 16, the 4th handle 24 being arranged on upper right mould 17.It is first-hand by operating
Handle 21, second handle 22, third handle 23 and the 4th handle 24 can control lower-left mould 14, upper left mould 15, bottom right mould 16 respectively
With the die sinking and molding of upper right mould 17.
The length L for pouring mouth 13 is 60% or more of 1 bottom of the pot diameter of lower kettle body, pours width D >=1.5mm of mouth 13.
Second die opening mechanism include one end and 10 phase pivot of rack rotation connection pedal 31, both ends respectively with pedal
31 and the rotation connection of lower 11 phase pivot of core pulling first connecting rod 32, both ends are connected with pedal 31 and rack 10 can make respectively
First swing rod 34 of reset spring 33 and 10 phase pivot of the rack rotation connection that pedal 31 resets, both ends are put with first respectively
The second connecting rod 35 of one end and 31 phase pivot of the pedal rotation connection of bar 34 and the rotation connection of 10 phase pivot of rack and one end
The other end phase pivot of the second swing rod 36, lower end and the second swing rod 36 that rotate and be slidably connected with the first swing rod 34 turns
The upper end phase pivot of the third connecting rod 37 of dynamic connection and the rotation connection of 10 phase pivot of rack and one end and third connecting rod 37 turns
The fourth link 39 of the other end phase pivot rotation connection of the dynamic third swing rod 38 connected, upper end and third swing rod 38, the
The lower end of double leval jib 39 and upper 18 phase pivot of core pulling are rotatablely connected.
The rotation of first swing rod 34 and the second swing rod 36 and the specific structure being slidably connected are as follows: offered on the first swing rod 34
Sliding slot 341, pillar 361 is provided on the second swing rod 36, and pillar 361 is plugged in sliding slot 341 and can slide in sliding slot 341
It is dynamic.
The both ends of second swing rod 36 and third swing rod 38 are folded upward at preferably to drive third connecting rod 37 respectively
It is moved with fourth link 39.
Second connecting rod 35 is located at the front of first connecting rod 32, and third connecting rod 37 is located at the rear of first connecting rod 32.
When second die opening mechanism is opened, downward pedal 31, pedal 31 drives first connecting rod 32 and second connecting rod 35 downward
Movement, first connecting rod 32 drive lower 11 slide downward of core pulling, and second connecting rod 35 drives the rotation of the first swing rod 34,34 band of the first swing rod
Dynamic second swing rod 36 rotation, the second swing rod 36 drive third connecting rod 37 to move downward, and third connecting rod 37 drives 38 turns of third swing rod
Dynamic, third swing rod 38 drives and moves in 39 phase of fourth link, and fourth link 39 drives upper 18 upward sliding of core pulling.
Preparation of the processing mold of the present embodiment especially suitable for the Moca coffee pot that heating element 2 is heat-generating pipe, certainly may be used
With the preparation for the Moca coffee pot that heating element 2 is electromagnetic induction heating iron plate.
Method using processing mold processing Moca coffee pot includes the following steps:
(1) it is opened processing mold.
(2) sand core 41 is put into type chamber 12.
(3) heating element 2 is put into type chamber 12, support leg 19 is set on heating element 2, which catches on lower-left
The upper surface of mould 14 and bottom right mould 16 so that molding state when heating element 2 at a distance from the upper surface of sand core 41 >=3mm,
So that kettle body is water-tight.
(4) mold processing mold；
(5) aluminum water is poured into from mouth 13 is poured；
(5) after cooling, die sinking takes out and pours part, carries out post-processing obtained pour under heating element 2 to part is poured
Kettle body 1.
Post-processing is break into pieces sand core 41 to form the cavity and chamfering of lower kettle body 1 to pouring part.
The Moca coffee pot as made from the processing mold and processing method including lower kettle body 1, is cast in the bottom of the pot portion of lower kettle body 1
Heating element 2, be arranged on lower kettle body 1 safety valve 3, be connected with lower kettle body 1 upper kettle body 4, setting in lower kettle body 1 and
Gasket 5 between upper kettle body 4, the funnel 6 being arranged in lower kettle body 1, the strainer 7 being arranged between funnel 6 and upper kettle body 4,
Lid 8 is located at the lid 8 on upper kettle body 4.
As described above, we are illustrated fully according to the objective of the utility model, but the utility model not limits to
In above-described embodiment and implementation method.The range that the practitioner of correlative technology field can permit in the technical idea of the utility model
It is interior to carry out different variation and implementation.
Claims (10)
1. a kind of processing mold of Moca coffee pot, with die opening state and molding state, it is characterised in that: the processing mold
Including rack (10), it is arranged on the rack (10) and can be relatively distant from or close left mould and right mould, setting are in institute
The lower core pulling (11) in rack (10) stated is connected with the left mould and/or the right mould and is able to drive described
Left mould and the right mould are relatively distant from or the first close die opening mechanism, when the processing mold is in molding state,
The left mould and the right mould are in contact, and are formed between the left mould, the right mould and the lower core pulling (11)
It is used to form lower kettle body (1) and type chamber (12) for placing heating element (2) and pours mouth for inject castable
(13).
2. the processing mold of Moca coffee pot according to claim 1, it is characterised in that: the left mould includes lower-left mould (14)
With upper left mould (15), the right mould includes bottom right mould (16) and upper right mould (17), when the processing mold is in molding shape
When state, the lower-left mould (14) and the bottom right mould (16) are in contact, the lower-left mould (14), the bottom right mould
(16) the type chamber (12) is formed between the lower core pulling (11)；The upper left mould (15) and the upper right mould
(17) it is in contact and is formed and described pour mouth (13).
3. the processing mold of Moca coffee pot according to claim 2, it is characterised in that: first die opening mechanism includes setting
Set on the lower-left mould (14) first handle (21), be arranged on the upper left mould (15) second handle (22),
The third handle (23) being arranged on the bottom right mould (16), the 4th handle being arranged on the upper right mould (17)
(24).
4. the processing mold of Moca coffee pot according to any one of claim 1 to 3, it is characterised in that: the left mould and/
Or the right mould is mutually slidably connected or is rotatablely connected with the rack (10).
5. the processing mold of Moca coffee pot according to claim 1, it is characterised in that: the lower core pulling (11) and described
Rack (10) is mutually slidably connected, the processing mold further include be connected with the lower core pulling (11) be able to drive it is described
Second die opening mechanism of relatively described rack (10) sliding of lower core pulling (11)；When the processing mold is in die opening state
When, the lower core pulling (11) and the left mould and the right mould are mutually separate；When the processing mold is in molding shape
When state, the lower core pulling (11) and the left mould and the right mould are mutually close.
6. the processing mold of Moca coffee pot according to claim 5, it is characterised in that: second die opening mechanism includes one
End and the rack (10) rotate the pedal (31) of connection, both ends respectively with the pedal (31) and it is described under
Core pulling (11) rotate the first connecting rod (32) of connection, both ends respectively with the pedal (31) and the rack (10) phase
The reset spring (33) that connection can be such that the pedal (31) reset.
7. the processing mold of Moca coffee pot according to claim 5 or 6, it is characterised in that: the processing mold further includes
The upper core pulling (18) being mutually slidably connected with the rack (10), second die opening mechanism and described upper core pulling (18) phase
It connects and is able to drive relatively described rack (10) sliding of the upper core pulling (18), when the processing mold is in die sinking
When state, the upper core pulling (18) and the left mould and the right mould are mutually separate；It is closed when the processing mold is in
When mould state, the upper core pulling (18) and the left mould and the mutually close and described left mould of right mould, the right side
The type chamber (12) is formed between mould, the upper core pulling (18) and the lower core pulling (11) and described pours mouth
(13).
8. the processing mold of Moca coffee pot according to claim 7, it is characterised in that: second die opening mechanism includes one
End and the rack (10) rotate the pedal (31) of connection, the first swing rod of the connection that rotates with the rack (10)
(34), both ends rotate with the one end of first swing rod (34) and the pedal (31) the of connection respectively
Two connecting rods (35), rotate connection and one end with the rack (10) and first swing rod (34) rotate and
The rotate third of connection of the other end of the second swing rod (36) for being slidably connected, lower end and second swing rod (36) connects
Bar (37), rotate with the rack (10) connection and one end and the third connecting rod (37) upper end rotate company
The other end of the third swing rod (38) that connects, upper end and the third swing rod (38) rotates the fourth link of connection
(39), the lower end of the fourth link (39) rotates with the upper core pulling (18) and connect.
9. the processing mold of Moca coffee pot according to claim 1, it is characterised in that: the length for pouring mouth (13)
It (L) is 60% or more of described lower kettle body (1) the bottom of the pot diameter, width (the D) >=1.5mm for pouring mouth (13).
10. a kind of Moca coffee pot, it is characterised in that: including lower kettle body (1), the bottom of the pot portion for being cast in the lower kettle body (1) plus
Thermal part (2), the Moca coffee pot are made using processing mold as claimed in any one of claims 1-9 wherein processing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821038880.1U CN208374171U (en) | 2018-07-03 | 2018-07-03 | A kind of Moca coffee pot and its processing mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821038880.1U CN208374171U (en) | 2018-07-03 | 2018-07-03 | A kind of Moca coffee pot and its processing mold |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208374171U true CN208374171U (en) | 2019-01-15 |
Family
ID=64965610
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821038880.1U Expired - Fee Related CN208374171U (en) | 2018-07-03 | 2018-07-03 | A kind of Moca coffee pot and its processing mold |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208374171U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108788100A (en) * | 2018-07-03 | 2018-11-13 | 永康市给乐电器有限公司 | A kind of processing mold and casting method of Moca coffee pot lower body |
-
2018
- 2018-07-03 CN CN201821038880.1U patent/CN208374171U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108788100A (en) * | 2018-07-03 | 2018-11-13 | 永康市给乐电器有限公司 | A kind of processing mold and casting method of Moca coffee pot lower body |
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