CN106622027A - Manufacturing die of small spherical particles and application method of manufacturing die - Google Patents
Manufacturing die of small spherical particles and application method of manufacturing die Download PDFInfo
- Publication number
- CN106622027A CN106622027A CN201710092229.6A CN201710092229A CN106622027A CN 106622027 A CN106622027 A CN 106622027A CN 201710092229 A CN201710092229 A CN 201710092229A CN 106622027 A CN106622027 A CN 106622027A
- Authority
- CN
- China
- Prior art keywords
- ball
- pedestal
- top cover
- type groove
- described matrix
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J2/00—Processes or devices for granulating materials, e.g. fertilisers in general; Rendering particulate materials free flowing in general, e.g. making them hydrophobic
- B01J2/22—Processes or devices for granulating materials, e.g. fertilisers in general; Rendering particulate materials free flowing in general, e.g. making them hydrophobic by pressing in moulds or between rollers
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
Abstract
The invention relates to a manufacturing die of small spherical particles and an application method of the manufacturing die and belongs to the technical field of sewage treatment material processing equipment. The manufacturing die comprises a base I, a base II, a top cover I and a top cover II, wherein the base I, the base II, the top cover I and the top cover II are respectively provided with coordinated 1/4 spherical grooves and are detachably connected. The application method includes: sequentially connecting the base I, the base II, the top cover I and the top cover II in an insertion manner, and filling particle materials during the insertion to form the spherical particles; performing subsequent processing such as drying on the die after the spherical particle forming, and sequentially demounting the die after the spherical particles are formed. By the manufacturing die which is simple and convenient to use, the shape of the small spherical particles can be well guaranteed, forming efficiency can be increased, and the small spherical particles can be taken out conveniently.
Description
Technical field
The invention belongs to sewage treating material technical field of processing equipment, is related to a kind of making mould of small-sized spherical particles
And its using method.
Background technology
The small-sized spherical particles of sewage disposal are applied to, in order to ensure with certain suspension, need to ensure ball-type
The size of grain.The mould for preparing spherical particles now is difficult to prepare small particle, difficult after small particle is molded in a mold
Particle is taken out with complete.
The content of the invention
For deficiency of the prior art, the problem to be solved in the present invention is to provide a kind of small-sized spherical particles of convenient taking-up
Making mould and its using method.
The technical solution adopted for the present invention to solve the technical problems is：
The making mould of small-sized spherical particles, including pedestal I, pedestal II, top cover I and top cover II, the pedestal I, pedestal II, top
Lid I and top cover II are provided with the 1/4 ball-type groove for cooperating；Pedestal I and the detachable left and right connection of pedestal II, pedestal I and base
Its respective 1/4 ball-type groove fit forms 1/2 ball recess after seat II links together；Pedestal I and top cover I it is detachable on
Its respective 1/4 ball-type groove fit forms 1/2 ball recess after lower connection, pedestal I and top cover I connect；Pedestal II and top cover
II it is detachable be vertically connected with, its respective 1/4 ball-type groove fit forms 1/2 spherical female after pedestal II and top cover II connect
Groove；Its respective 1/4 ball-type groove fit forms 1/2 ball recess after top cover I and top cover II connect.
In order to realize the detachable connection between said base I, pedestal II, top cover I and top cover II, a kind of scheme is：
The pedestal I includes matrix（10）, described matrix（10）The ball-type groove of middle setting at least one 1/4（11）, 1/4 ball-type
Groove（11）Semi-circular opening is provided with leading flank and upper side；Described matrix（10）Left and right two ends are respectively provided with horizontal hole
（12）；Described matrix（10）Left and right two ends are respectively provided with the upper side longitudinal projection（13）；The pedestal II includes matrix
（20）, described matrix（20）1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4 ball-type groove（21）,
The 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side；Described matrix（20）Left and right two ends are in front side
Transverse projections are respectively provided with face（22）；Described matrix（20）Left and right two ends arrange on the upper side longitudinal projection（23）；It is described
Horizontal hole on pedestal I（12）With the transverse projections on the pedestal II（22）Socket connection；The top cover I includes matrix
（30）, described matrix（30）1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4 ball-type groove（31）,
The 1/4 ball-type groove（31）Semi-circular opening is provided with leading flank and downside；Described matrix（30）Left and right two ends set respectively
Put longitudinal bore（32）；Longitudinal bore on the top cover I（32）With the longitudinal projection in described matrix I（13）Socket connection；
The top cover II includes matrix（40）, described matrix（40）1/4 ball-type groove on middle setting position and matrix I（11）Correspondence
1/4 ball-type groove（41）, the 1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；Described matrix
（40）Left and right two ends are respectively provided with longitudinal bore（42）；Longitudinal bore on the top cover II（42）With indulging in described matrix II
To raised（23）Socket connection.
In order to increase mould connectivity robustness, longitudinal projection（13）Through the longitudinal bore（32）Part arranges spiral shell
Line structure, the transverse projections（22）Through the horizontal hole（12）Part is threaded structure；Longitudinal projection（23）
Through the longitudinal bore（42）Part is threaded structure, and the helicitic texture part arranges nut fastening.
In order to realize the detachable connection between said base I, pedestal II, top cover I and top cover II, another scheme
It is：The pedestal I includes matrix（10）, described matrix（10）The ball-type groove of middle setting at least one 1/4（11）, described 1/4
Ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；Described matrix（10）Left end arranges horizontal hole（12）；
Described matrix（10）Right-hand member arranges transverse projections on leading flank（14）；Described matrix（10）Left and right two ends are arranged on the upper side
Longitudinal projection（13）；The pedestal II includes matrix（20）, described matrix（20）1/4 ball on middle setting position and matrix I
Type groove（11）Corresponding 1/4 ball-type groove（21）, the 1/4 ball-type groove（21）It is provided with semi-circular in leading flank and upper side
Opening；Described matrix（20）Left end arranges horizontal hole（22）；Described matrix（20）Right-hand member arranges transverse projections on leading flank
（24）；Described matrix（40）Left and right two ends arrange on the upper side longitudinal projection（23）；Transverse projections in described matrix I（14）
With the horizontal hole in described matrix II（22）Socket connection；Transverse projections in described matrix II（24）In described matrix I
Horizontal hole（12）Socket connection；The top cover I includes a matrix（30）, described matrix（30）Middle setting position and matrix
1/4 ball-type groove on I（11）Corresponding 1/4 ball-type groove（31）, the 1/4 ball-type groove（31）In leading flank and downside
It is provided with semi-circular opening；Described matrix（30）Left and right two ends are respectively provided with longitudinal bore（32）；The top cover II includes matrix
（40）, described matrix（40）1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4 ball-type groove（41）,
The 1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；Described matrix（40）Left and right two ends set respectively
Put longitudinal bore（42）；Longitudinal bore on the top cover II（42）With the longitudinal projection on the pedestal II（23）Grafting connects
Connect；Longitudinal projection in described matrix I（13）With the longitudinal bore on the top cover I（32）Socket connection.
In order to increase mould connectivity robustness, longitudinal projection（14）Through the horizontal hole（22）Part arrange
Helicitic texture；The transverse projections（24）Through the horizontal hole（12）Part be threaded structure；Longitudinal projection
（13）Through the longitudinal bore（32）Part be threaded structure；Longitudinal projection（23）Through the longitudinal bore
（42）Part be threaded structure；The helicitic texture part arranges nut fastening.
In order to realize the detachable connection between said base I, pedestal II, top cover I and top cover II, the third scheme
It is：The pedestal I includes matrix（10）, described matrix（10）The ball-type groove of middle setting at least one 1/4（11）, described 1/4
Ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；Described matrix（10）Left end arranges horizontal hole（12）；
Described matrix（10）Right-hand member arranges transverse projections on leading flank（14）；Described matrix（10）Left and right two ends are arranged on the upper side
Longitudinal bore（15）；The pedestal II includes matrix（20）, described matrix（20）1/4 ball on middle setting position and matrix I
Type groove（11）Corresponding 1/4 ball-type groove（21）, the 1/4 ball-type groove（21）It is provided with semi-circular in leading flank and upper side
Opening；Described matrix（20）Left end arranges horizontal hole（22）；Described matrix（20）Right-hand member arranges transverse projections on leading flank
（24）；Described matrix（20）Left and right two ends arrange longitudinal bore（25）；Transverse projections on the pedestal I（14）With the pedestal
Horizontal hole on II（22）Socket connection；Transverse projections on the pedestal II（24）With the horizontal hole on the pedestal I
（12）Socket connection；The top cover I includes matrix（30）, described matrix（30）1/4 ball-type on middle setting position and matrix I
Groove（11）Corresponding 1/4 ball-type groove（31）, the 1/4 ball-type groove（31）Semi-circular opening is provided with leading flank and downside
Mouthful；Described matrix（30）Left and right two ends are respectively provided with longitudinal projection on downside（33）；The top cover II includes matrix（40）,
Described matrix（40）1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4 ball-type groove（41）, it is described
1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；Described matrix（40）Left and right two ends are on downside
It is respectively provided with longitudinal projection（43）；Longitudinal projection on the top cover I（33）With the longitudinal bore in described matrix I（15）Grafting
Connection；Longitudinal projection on the top cover II（43）With the longitudinal bore in described matrix II（25）Socket connection.
In order to increase mould connectivity robustness, the transverse projections（14）Through the horizontal hole（22）Part arranges spiral shell
Line structure；The transverse projections（24）Through the horizontal hole（12）Part is threaded structure；Longitudinal projection（33）
Through the longitudinal bore（15）Part is threaded structure；Longitudinal projection（43）Through the longitudinal bore（25）Part
It is threaded structure；The helicitic texture part arranges nut fastening.
The making mold use method of the small-sized spherical particles, including following method and step：
A. pedestal I and top cover I are plugged in together, are compressed, 1/2 ball recess is formed in the middle of pedestal I and top cover I, by particle
Filler is filled into the hemispherical groove, forms left side obturator；
B. pedestal II and top cover II are plugged in together, are compressed, in the middle of pedestal II and top cover II 1/2 ball recess is formed, will
Granular filler is filled into the hemispherical groove, forms right side obturator；
C. the right side obturator that the left side obturator that step A is obtained is obtained with step B is plugged in together, is compressed,
The granular filler that pressing steps A and step B have been inserted, forms spherical particles.
Another kind of using method of the making mould of the small-sized spherical particles, including following method and step：
D. pedestal I and top cover I are plugged in together, are compressed, pedestal I and pedestal II are plugged in together, pedestal I, top cover I and base
3/4 ball recess is formed between seat II, in 3/4 ball recess granular filler is inserted；
E. top cover II is plugged in together with pedestal II, is compressed, the granular filler that pressing steps D have been inserted, form spherical particles.
Carry out carrying out mould the working processes such as follow-up drying after spherical particles shaping, after forming spherical particles finished product,
Mould is taken apart successively, the shape for ensureing small-sized spherical particles is can be very good, while shaping efficiency can be improved.It is of the invention special
The making mould of the small-sized spherical particles that profit application is provided is convenient to take out small-sized spherical particles, and using method is simple and convenient.
Description of the drawings
Fig. 1 is the pedestal I structural representations of embodiments of the invention 1；
Fig. 2 is the structural representation of 1 pedestal of embodiments of the invention II；
Fig. 3 is embodiments of the invention 1 and the top cover I structural representations of embodiment 2；
Fig. 4 is embodiments of the invention 1 and the structural representation of 2 top cover of embodiment II；
Fig. 5 is the pedestal I structural representations of embodiments of the invention 2；
Fig. 6 is the structural representation of 2 pedestal of embodiments of the invention II；
Fig. 7 is the pedestal I structural representations of embodiments of the invention 3；
Fig. 8 is the structural representation of 3 pedestal of embodiments of the invention II；
Fig. 9 is the top cover I structural representations of embodiments of the invention 3；
Figure 10 is the structural representation of 3 top cover of embodiments of the invention II.
Specific embodiment
The present invention is explained in detail below in conjunction with the accompanying drawings.
Embodiment 1：
The making mould of small-sized spherical particles, including pedestal I, pedestal II, top cover I and top cover II, pedestal I, pedestal II, top cover I
The 1/4 ball-type groove for cooperating is provided with top cover II；Pedestal I and the detachable left and right connection of pedestal II, pedestal I and pedestal II
Its respective 1/4 ball-type groove fit forms 1/2 ball recess after linking together；Pedestal I and top cover I is detachable connects up and down
Connect, its respective 1/4 ball-type groove fit forms 1/2 ball recess after pedestal I and the connection of top cover I；Pedestal II and top cover II can
Detachable is vertically connected with, and its respective 1/4 ball-type groove fit forms 1/2 ball recess after pedestal II and the connection of top cover II；Top
Its respective 1/4 ball-type groove fit forms 1/2 ball recess after lid I and top cover II connect.Concrete structure is as Figure 1-4.
As shown in figure 1, the pedestal I includes matrix（10）, described matrix（10）Middle setting several 1/4 ball-type grooves
（11）, the 1/4 ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；Described matrix（10）Left and right two ends point
Horizontal hole is not set（12）；Described matrix（10）Left and right two ends are respectively provided with the upper side longitudinal projection（13）.Such as Fig. 2 institutes
Show, the pedestal II includes matrix（20）, described matrix（20）Several positions of middle setting are recessed with 1/4 ball-type on matrix I
Groove（11）Corresponding 1/4 ball-type groove（21）, the 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side
Mouthful；Described matrix（20）Left and right two ends are respectively provided with transverse projections on leading flank（22）；Described matrix（20）Left and right two ends exist
Longitudinal projection is set on upper side（23）；Horizontal hole on the pedestal I（12）With the transverse projections on the pedestal II
（22）Socket connection；The transverse projections（22）Through the horizontal hole（12）Part is threaded structure；The screw thread knot
Structure part arranges nut fastening.As shown in figure 3, the top cover I includes matrix（30）, described matrix（30）Middle setting several
1/4 ball-type groove on position and matrix I（11）Corresponding 1/4 ball-type groove（31）, the 1/4 ball-type groove（31）In front side
Face and downside are provided with semi-circular opening；Described matrix（30）Left and right two ends are respectively provided with longitudinal bore（32）；On the top cover I
Longitudinal bore（32）With the longitudinal projection in described matrix I（13）Socket connection；Longitudinal projection（13）Indulge through described
To hole（32）Part is threaded structure, and the helicitic texture part arranges nut fastening；As shown in figure 4, the top cover II
Including matrix（40）, described matrix（40）1/4 ball-type groove on several positions of middle setting and matrix I（11）Corresponding 1/
4 ball-type grooves（41）, the 1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；Described matrix（40）
Left and right two ends are respectively provided with longitudinal bore（42）；Longitudinal bore on the top cover II（42）Dash forward with the longitudinal direction in described matrix II
Rise（23）Socket connection, longitudinal projection（23）Through the longitudinal bore（42）Part is threaded structure, the screw thread
Structure division arranges nut fastening.
Embodiment 2：
It is same as Example 1, it is different, as shown in figure 5, the pedestal I includes matrix（10）, described matrix（10）Centre sets
Put several 1/4 ball-type grooves（11）, the 1/4 ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；Institute
State matrix（10）Left end arranges horizontal hole（12）；Described matrix（10）Right-hand member arranges transverse projections on leading flank（14）；Institute
State matrix（10）Left and right two ends arrange on the upper side longitudinal projection（13）.As shown in fig. 6, the pedestal II includes matrix
（20）, described matrix（20）1/4 ball-type groove on several positions of middle setting and matrix I（11）Corresponding 1/4 ball-type is recessed
Groove（21）, the 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side；Described matrix（20）Left end is arranged
Horizontal hole（22）；Described matrix（20）Right-hand member arranges transverse projections on leading flank（24）；Described matrix（40）Left and right two ends
Longitudinal projection is set on the upper side（23）.Transverse projections in described matrix I（14）With the horizontal hole in described matrix II
（22）Socket connection；Longitudinal projection（14）Through the horizontal hole（22）Part be threaded structure, the screw thread
Structure division arranges nut fastening.Transverse projections in described matrix II（24）With the horizontal hole in described matrix I（12）Insert
Connect in succession；The transverse projections（24）Through the horizontal hole（12）Part be threaded structure, the helicitic texture portion
Set up separately and put nut fastening.
As shown in figure 3, the top cover I includes a matrix（30）, described matrix（30）Several positions of middle setting and base
1/4 ball-type groove on body I（11）Corresponding 1/4 ball-type groove（31）, the 1/4 ball-type groove（31）In leading flank and downside
Face is provided with semi-circular opening；Described matrix（30）Left and right two ends are respectively provided with longitudinal bore（32）.As shown in figure 4, the top cover
II includes matrix（40）, described matrix（40）1/4 ball-type groove on several positions of middle setting and matrix I（11）It is corresponding
1/4 ball-type groove（41）, the 1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；Described matrix
（40）Left and right two ends are respectively provided with longitudinal bore（42）；Longitudinal bore on the top cover II（42）With indulging on the pedestal II
To raised（23）Socket connection；Longitudinal projection（23）Through the longitudinal bore（42）Part be threaded structure；Institute
State helicitic texture part and nut fastening is set.Longitudinal projection in described matrix I（13）With the longitudinal bore on the top cover I
（32）Socket connection, longitudinal projection（13）Through the longitudinal bore（32）Part be threaded structure；The screw thread
Structure division arranges nut fastening.
Embodiment 3：
It is same as Example 1, it is different, as shown in fig. 7, the pedestal I includes matrix（10）, described matrix（10）Centre sets
Put several 1/4 ball-type grooves（11）, the 1/4 ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；Institute
State matrix（10）Left end arranges horizontal hole（12）；Described matrix（10）Right-hand member arranges transverse projections on leading flank（14）；Institute
State matrix（10）Left and right two ends arrange on the upper side longitudinal bore（15）.As shown in figure 8, the pedestal II includes matrix
（20）, described matrix（20）1/4 ball-type groove on several positions of middle setting and matrix I（11）Corresponding 1/4 ball-type is recessed
Groove（21）, the 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side；Described matrix（20）Left end is arranged
Horizontal hole（22）；Described matrix（20）Right-hand member arranges transverse projections on leading flank（24）；Described matrix（20）Left and right two ends
Longitudinal bore is set（25）；Transverse projections on the pedestal I（14）With the horizontal hole on the pedestal II（22）Grafting connects
Connect；The transverse projections（14）Through the horizontal hole（22）Part is threaded structure；The helicitic texture part is arranged
Nut is fastened.
Transverse projections on the pedestal II（24）With the horizontal hole on the pedestal I（12）Socket connection；The horizontal stroke
To raised（24）Through the horizontal hole（12）Part is threaded structure, and the helicitic texture part arranges nut fastening.
As shown in figure 9, the top cover I includes matrix（30）, described matrix（30）On several positions of middle setting and matrix I 1/4
Ball-type groove（11）Corresponding 1/4 ball-type groove（31）, the 1/4 ball-type groove（31）Semicircle is provided with leading flank and downside
Type opening；Described matrix（30）Left and right two ends are respectively provided with longitudinal projection on downside（33）.As shown in Figure 10, the top cover
II includes matrix（40）, described matrix（40）1/4 ball-type groove on several positions of middle setting and matrix I（11）It is corresponding
1/4 ball-type groove（41）, the 1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；Described matrix
（40）Left and right two ends are respectively provided with longitudinal projection on downside（43）；Longitudinal projection on the top cover I（33）With the base
Longitudinal bore on body I（15）Socket connection, longitudinal projection（33）Through the longitudinal bore（15）Part is threaded
Structure；The helicitic texture part arranges nut fastening；Longitudinal projection on the top cover II（43）In described matrix II
Longitudinal bore（25）Socket connection；Longitudinal projection（43）Through the longitudinal bore（25）Part is threaded structure；Institute
State helicitic texture part and nut fastening is set.
Embodiment 4：
A kind of using method of the making mould of the small-sized spherical particles described in above-described embodiment 1-3, including following method and step：
A. pedestal I and top cover I are plugged in together, tighten nut compression, in the middle of pedestal I and top cover I 1/2 spherical female is formed
Groove, by granular filler the hemispherical groove is filled into, and forms left side obturator；
B. pedestal II and top cover II are plugged in together, tighten nut compression, form 1/2 in the middle of pedestal II and top cover II spherical
Groove, by granular filler the hemispherical groove is filled into, and forms right side obturator；
C. the right side obturator that the left side obturator that step A is obtained is obtained with step B is plugged in together, tightens spiral shell
Mother compresses, the granular filler that pressing steps A and step B have been inserted, forms spherical particles.
Embodiment 5：
Another using method of the making mould of the small-sized spherical particles described in above-described embodiment 1-3, including following method
Step：
D. pedestal I and top cover I are plugged in together, tighten nut compression, pedestal I and pedestal II are plugged in together, pedestal I,
3/4 ball recess is formed between top cover I and pedestal II, in 3/4 ball recess granular filler is inserted；
E. top cover II is plugged in together with pedestal II, tightens nut compression, the granular filler that pressing steps D have been inserted is formed
Spherical particles.
Carry out carrying out mould the working processes such as follow-up drying after spherical particles shaping, after forming spherical particles finished product,
Mould is taken apart successively, the shape for ensureing small-sized spherical particles is can be very good, while shaping efficiency can be improved；Its structure is closed
Reason, it is easy to use.
Claims (9)
1. the making mould of small-sized spherical particles, including pedestal I, pedestal II, top cover I and top cover II, pedestal I, pedestal II, top cover
I and top cover II be provided with the 1/4 ball-type groove for cooperating；Pedestal I and the detachable left and right connection of pedestal II, pedestal I and pedestal
II link together after its respective 1/4 ball-type groove fit form 1/2 ball recess；Pedestal I and top cover I are detachable up and down
Its respective 1/4 ball-type groove fit forms 1/2 ball recess after connection, pedestal I and top cover I connect；Pedestal II and top cover II
Detachable to be vertically connected with, its respective 1/4 ball-type groove fit forms 1/2 ball recess after pedestal II and the connection of top cover II；
Its respective 1/4 ball-type groove fit forms 1/2 ball recess after top cover I and top cover II connect.
2. the making mould of small-sized spherical particles according to claim 1, it is characterised in that the pedestal I includes matrix
（10）, described matrix（10）The ball-type groove of middle setting at least one 1/4（11）, the 1/4 ball-type groove（11）In leading flank
Semi-circular opening is provided with upper side；Described matrix（10）Left and right two ends are respectively provided with horizontal hole（12）；Described matrix（10）
Left and right two ends are respectively provided with the upper side longitudinal projection（13）；The pedestal II includes matrix（20）, described matrix（20）In
Between 1/4 ball-type groove on set location and matrix I（11）Corresponding 1/4 ball-type groove（21）, the 1/4 ball-type groove（21）
Semi-circular opening is provided with leading flank and upper side；Described matrix（20）Left and right two ends are respectively provided with transverse projections on leading flank
（22）；Described matrix（20）Left and right two ends arrange on the upper side longitudinal projection（23）；Horizontal hole on the pedestal I（12）
With the transverse projections on the pedestal II（22）Socket connection；The top cover I includes matrix（30）, described matrix（30）Centre sets
1/4 ball-type groove in seated position and matrix I（11）Corresponding 1/4 ball-type groove（31）, the 1/4 ball-type groove（31）Front
Side and downside are provided with semi-circular opening；Described matrix（30）Left and right two ends are respectively provided with longitudinal bore（32）；The top cover I
On longitudinal bore（32）With the longitudinal projection in described matrix I（13）Socket connection；The top cover II includes matrix（40）, institute
State matrix（40）1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4 ball-type groove（41）, described 1/4
Ball-type groove（41）Semi-circular opening is provided with leading flank and downside；Described matrix（40）Left and right two ends are respectively provided with longitudinal hole
Hole（42）；Longitudinal bore on the top cover II（42）With the longitudinal projection in described matrix II（23）Socket connection.
3. the making mould of small-sized spherical particles according to claim 2, it is characterised in that longitudinal projection（13）Wear
Cross the longitudinal bore（32）Part is threaded structure, the transverse projections（22）Through the horizontal hole（12）Part sets
Put helicitic texture；Longitudinal projection（23）Through the longitudinal bore（42）Part is threaded structure, the helicitic texture
Part arranges nut fastening.
4. the making mould of small-sized spherical particles according to claim 1, it is characterised in that the pedestal I includes matrix
（10）, described matrix（10）The ball-type groove of middle setting at least one 1/4（11）, the 1/4 ball-type groove（11）In leading flank
Semi-circular opening is provided with upper side；Described matrix（10）Left end arranges horizontal hole（12）；Described matrix（10）Right-hand member is front
Transverse projections are set on side（14）；Described matrix（10）Left and right two ends arrange on the upper side longitudinal projection（13）；The base
Seat II includes matrix（20）, described matrix（20）1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4
Ball-type groove（21）, the 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side；Described matrix（20）It is left
End arranges horizontal hole（22）；Described matrix（20）Right-hand member arranges transverse projections on leading flank（24）；Described matrix（40）It is left
Right two ends arrange on the upper side longitudinal projection（23）；Transverse projections in described matrix I（14）With the horizontal stroke in described matrix II
To hole（22）Socket connection；Transverse projections in described matrix II（24）With the horizontal hole in described matrix I（12）Grafting
Connection；The top cover I includes a matrix（30）, described matrix（30）1/4 ball-type groove on middle setting position and matrix I
（11）Corresponding 1/4 ball-type groove（31）, the 1/4 ball-type groove（31）Semi-circular opening is provided with leading flank and downside；
Described matrix（30）Left and right two ends are respectively provided with longitudinal bore（32）；The top cover II includes matrix（40）, described matrix（40）
1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4 ball-type groove（41）, the 1/4 ball-type groove
（41）Semi-circular opening is provided with leading flank and downside；Described matrix（40）Left and right two ends are respectively provided with longitudinal bore（42）；
Longitudinal bore on the top cover II（42）With the longitudinal projection on the pedestal II（23）Socket connection；In described matrix I
Longitudinal projection（13）With the longitudinal bore on the top cover I（32）Socket connection.
5. the making mould of small-sized spherical particles according to claim 4, it is characterised in that longitudinal projection（14）Wear
Cross the horizontal hole（22）Part be threaded structure；The transverse projections（24）Through the horizontal hole（12）Portion
Set up separately and put helicitic texture；Longitudinal projection（13）Through the longitudinal bore（32）Part be threaded structure；It is described vertical
To raised（23）Through the longitudinal bore（42）Part be threaded structure；It is tight that the helicitic texture part arranges nut
Gu.
6. the making mould of small-sized spherical particles according to claim 1, it is characterised in that the pedestal I includes matrix
（10）, described matrix（10）The ball-type groove of middle setting at least one 1/4（11）, the 1/4 ball-type groove（11）In leading flank
Semi-circular opening is provided with upper side；Described matrix（10）Left end arranges horizontal hole（12）；Described matrix（10）Right-hand member is front
Transverse projections are set on side（14）；Described matrix（10）Left and right two ends arrange on the upper side longitudinal bore（15）；The base
Seat II includes matrix（20）, described matrix（20）1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4
Ball-type groove（21）, the 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side；Described matrix（20）It is left
End arranges horizontal hole（22）；Described matrix（20）Right-hand member arranges transverse projections on leading flank（24）；Described matrix（20）It is left
Right two ends arrange longitudinal bore（25）；Transverse projections on the pedestal I（14）With the horizontal hole on the pedestal II（22）
Socket connection；Transverse projections on the pedestal II（24）With the horizontal hole on the pedestal I（12）Socket connection；The top
Lid I includes matrix（30）, described matrix（30）1/4 ball-type groove on middle setting position and matrix I（11）Corresponding 1/4 ball
Type groove（31）, the 1/4 ball-type groove（31）Semi-circular opening is provided with leading flank and downside；Described matrix（30）Left and right
Two ends are respectively provided with longitudinal projection on downside（33）；The top cover II includes matrix（40）, described matrix（40）Centre sets
1/4 ball-type groove in seated position and matrix I（11）Corresponding 1/4 ball-type groove（41）, the 1/4 ball-type groove（41）Front
Side and downside are provided with semi-circular opening；Described matrix（40）Left and right two ends are respectively provided with longitudinal projection on downside
（43）；Longitudinal projection on the top cover I（33）With the longitudinal bore in described matrix I（15）Socket connection；The top cover II
On longitudinal projection（43）With the longitudinal bore in described matrix II（25）Socket connection.
7. the making mould of small-sized spherical particles according to claim 6, it is characterised in that the transverse projections（14）Wear
Cross the horizontal hole（22）Part is threaded structure；The transverse projections（24）Through the horizontal hole（12）Part sets
Put helicitic texture；Longitudinal projection（33）Through the longitudinal bore（15）Part is threaded structure；Longitudinal projection
（43）Through the longitudinal bore（25）Part is threaded structure；The helicitic texture part arranges nut fastening.
8. the making mold use method of small-sized spherical particles, it is characterised in that including pedestal I, pedestal II, top cover I and top
Lid II, pedestal I, pedestal II, top cover I and top cover II are provided with the 1/4 ball-type groove for cooperating；Pedestal I and pedestal II are detachable
Its respective 1/4 ball-type groove fit forms 1/2 ball recess after formula or so connection, pedestal I and pedestal II link together；Base
Its respective 1/4 ball-type groove fit forms 1/2 ball after seat I and top cover I is detachable is vertically connected with, pedestal I and top cover I connect
Connected in star；Pedestal II and top cover II is detachable is vertically connected with, pedestal II and top cover II connect after its respective 1/4 ball-type groove
Cooperatively form 1/2 ball recess；Its respective 1/4 ball-type groove fit forms 1/2 spherical female after top cover I and top cover II connect
Groove；Including following method and step：
A. pedestal I and top cover I are plugged in together, are compressed, 1/2 ball recess is formed in the middle of pedestal I and top cover I, by particle
Filler is filled into the hemispherical groove, forms left side obturator；
B. pedestal II and top cover II are plugged in together, are compressed, in the middle of pedestal II and top cover II 1/2 ball recess is formed, will
Granular filler is filled into the hemispherical groove, forms right side obturator；
C. the right side obturator that the left side obturator that step A is obtained is obtained with step B is plugged in together, is compressed,
The granular filler that pressing steps A and step B have been inserted, forms spherical particles.
9. the making mold use method of small-sized spherical particles, it is characterised in that including pedestal I, pedestal II, top cover I and top
Lid II, pedestal I, pedestal II, top cover I and top cover II are provided with the 1/4 ball-type groove for cooperating；Pedestal I and pedestal II are detachable
Its respective 1/4 ball-type groove fit forms 1/2 ball recess after formula or so connection, pedestal I and pedestal II link together；Base
Its respective 1/4 ball-type groove fit forms 1/2 ball after seat I and top cover I is detachable is vertically connected with, pedestal I and top cover I connect
Connected in star；Pedestal II and top cover II is detachable is vertically connected with, pedestal II and top cover II connect after its respective 1/4 ball-type groove
Cooperatively form 1/2 ball recess；Its respective 1/4 ball-type groove fit forms 1/2 spherical female after top cover I and top cover II connect
Groove；Including following method and step：
D. pedestal I and top cover I are plugged in together, are compressed, pedestal I and pedestal II are plugged in together, pedestal I, top cover I and base
3/4 ball recess is formed between seat II, in 3/4 ball recess granular filler is inserted；
E. top cover II is plugged in together with pedestal II, is compressed, the granular filler that pressing steps D have been inserted, form spherical particles.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710092229.6A CN106622027B (en) | 2017-02-21 | 2017-02-21 | Manufacturing die for small spherical particles and application method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710092229.6A CN106622027B (en) | 2017-02-21 | 2017-02-21 | Manufacturing die for small spherical particles and application method thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106622027A true CN106622027A (en) | 2017-05-10 |
| CN106622027B CN106622027B (en) | 2023-09-12 |
Family
ID=58845781
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710092229.6A Active CN106622027B (en) | 2017-02-21 | 2017-02-21 | Manufacturing die for small spherical particles and application method thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106622027B (en) |
Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002325843A (en) * | 2002-03-15 | 2002-11-12 | Sekisui Chem Co Ltd | Manufacturing method of immune activating carrier |
| TWM307517U (en) * | 2006-08-16 | 2007-03-11 | Ruei-Shing Peng | Improved structure of forming mold of sphere core |
| CN101332624A (en) * | 2007-06-29 | 2008-12-31 | 宝山钢铁股份有限公司 | Ceramic ball forming die and firming method |
| CN101479841A (en) * | 2006-04-28 | 2009-07-08 | 韩国世界中心科技有限公司 | Manufacturing method for susceptor and susceptor using this method |
| CN102371134A (en) * | 2010-07-12 | 2012-03-14 | 生物合成物有限公司 | Mould for producing bone cement pellets |
| CN103816052A (en) * | 2013-09-04 | 2014-05-28 | 王毅新 | Spherical Chinese patent pill segmenting device |
| CN104669603A (en) * | 2015-01-22 | 2015-06-03 | 同济大学 | Cementing and molding device for semispherical ideal particle contact point |
| CN206661132U (en) * | 2017-02-21 | 2017-11-24 | 济南大学 | The making mould of small-sized spherical particles |
-
2017
- 2017-02-21 CN CN201710092229.6A patent/CN106622027B/en active Active
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002325843A (en) * | 2002-03-15 | 2002-11-12 | Sekisui Chem Co Ltd | Manufacturing method of immune activating carrier |
| CN101479841A (en) * | 2006-04-28 | 2009-07-08 | 韩国世界中心科技有限公司 | Manufacturing method for susceptor and susceptor using this method |
| TWM307517U (en) * | 2006-08-16 | 2007-03-11 | Ruei-Shing Peng | Improved structure of forming mold of sphere core |
| CN101332624A (en) * | 2007-06-29 | 2008-12-31 | 宝山钢铁股份有限公司 | Ceramic ball forming die and firming method |
| CN102371134A (en) * | 2010-07-12 | 2012-03-14 | 生物合成物有限公司 | Mould for producing bone cement pellets |
| CN103816052A (en) * | 2013-09-04 | 2014-05-28 | 王毅新 | Spherical Chinese patent pill segmenting device |
| CN104669603A (en) * | 2015-01-22 | 2015-06-03 | 同济大学 | Cementing and molding device for semispherical ideal particle contact point |
| CN206661132U (en) * | 2017-02-21 | 2017-11-24 | 济南大学 | The making mould of small-sized spherical particles |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106622027B (en) | 2023-09-12 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206661132U (en) | The making mould of small-sized spherical particles | |
| CN107553833A (en) | A kind of mould of adjustable injecting products bottom thickness | |
| CN207222867U (en) | A kind of machine die easy to cooling and demolding | |
| JP6112157B2 (en) | Cold forging method for power terminal and power terminal for cold forging | |
| CN106622027A (en) | Manufacturing die of small spherical particles and application method of manufacturing die | |
| CN204122755U (en) | A kind of mould of tantalum capacitor anodes tantalum block and the discharging ring of use thereof | |
| CN206663849U (en) | The mo(u)ld bottom half mould of given shape Product processing | |
| CN207308884U (en) | A kind of plaster mould casting mould fixing device | |
| CN207889005U (en) | A kind of pressing mold former preparing EPE packaging materials | |
| CN102941680B (en) | Two-way porous hydraulic pressure biomass profiling equipment | |
| CN217372750U (en) | Green brick forging press is used in ceramic tile production | |
| CN206882682U (en) | A kind of straight spur gear mould | |
| CN206579180U (en) | A kind of pharmaceutical purpose polytypic high speed tablet press | |
| CN207678758U (en) | A kind of air-cylinder type Mooncake die | |
| CN209110099U (en) | The hard gold bracelet forming die for wax pattern of 3D | |
| CN207666884U (en) | A kind of soft capsule multi-step mold | |
| CN206794513U (en) | A kind of television set diel of fine-tuning mold and punching head | |
| CN206453117U (en) | A kind of brick tea die for manufacturing conveniently taken | |
| CN206796612U (en) | A kind of red ginseng sizing press | |
| CN209697734U (en) | It is a kind of go out oiled-plate method and manufacture this go out the mold of oiled-plate method | |
| CN203900475U (en) | Molding die for belt pulley with lightening holes | |
| CN206633307U (en) | A kind of footwear mould for full-automatic EVA shot foamed mouldings | |
| CN204377880U (en) | Puerariae granule special molding dries integrated device | |
| CN204844716U (en) | Mold processing of plug is led to electrocardio appearance 12 | |
| TWI829041B (en) | Constrained rough forging die |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |