CN206661132U - The making mould of small-sized spherical particles - Google Patents
The making mould of small-sized spherical particles Download PDFInfo
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- CN206661132U CN206661132U CN201720154224.7U CN201720154224U CN206661132U CN 206661132 U CN206661132 U CN 206661132U CN 201720154224 U CN201720154224 U CN 201720154224U CN 206661132 U CN206661132 U CN 206661132U
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Abstract
The making mould of small-sized spherical particles, belongs to sewage treating material technical field of processing equipment, including pedestal I, pedestal II, top cover I and top cover II, and the pedestal I, pedestal II, top cover I and top cover II are provided with the 1/4 ball-type groove to cooperate；The pedestal I, pedestal II, top cover I and the detachable connection of top cover II.The making mold use method of the small-sized spherical particles is, the pedestal I, pedestal II, top cover I and top cover II successively grafting is good, populated granular materials during grafting, forms 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, can be very good to ensure the shape of small-sized spherical particles, while shaping efficiency can be improved.The making mould of small-sized spherical particles provided by the utility model conveniently takes out small-sized spherical particles, and its application method is simple and convenient.
Description
Technical field
The utility model belongs to sewage treating material technical field of processing equipment, is related to a kind of making of small-sized spherical particles
Mould.
Background technology
Applied to the small-sized spherical particles of sewage disposal, in order to ensure that there is certain suspension, it is necessary 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
So that completely particle to be taken out.
Utility model content
For deficiency of the prior art, problem to be solved in the utility model is to provide a kind of convenient small-sized ball-type of taking-up
The making mould and its application method of particle.
Technical scheme is used by the utility model solves its technical problem：
The making mould of small-sized spherical particles, including pedestal I, pedestal II, top cover I and top cover II, the pedestal I, pedestal
IIth, top cover I and top cover II are provided with the 1/4 ball-type groove to cooperate；Pedestal I and the detachable left and right connection of pedestal II, pedestal I
Its respective 1/4 ball-type groove cooperatively forms 1/2 ball recess after being linked together with pedestal II；Pedestal I and top cover I are detachable
Formula is vertically connected with, and its respective 1/4 ball-type groove cooperatively forms 1/2 ball recess after pedestal I and the connection of top cover I；The He of pedestal II
Top cover II is detachable to be vertically connected with, and it is spherical to cooperatively form 1/2 for its respective 1/4 ball-type groove after pedestal II and the connection of top cover II
Groove；Its respective 1/4 ball-type groove cooperatively 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 the first matrix（10）, first matrix（10）Centre sets at least one one 1/4 ball-type groove
（11）, the one 1/4 ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；First matrix（10）It is left
Right both ends set the first horizontal hole respectively（12）；First matrix（10）Left and right ends set first respectively on the upper side
Longitudinal projection（13）；The pedestal II includes the second matrix（20）, second matrix（20）In middle set location and matrix I
The one 1/4 ball-type groove（11）Corresponding 2nd 1/4 ball-type groove（21）, the 2nd 1/4 ball-type groove（21）In front side
Face and upper side are provided with semi-circular opening；Second matrix（20）Left and right ends set the 3rd laterally to dash forward respectively on leading flank
Rise（22）；Second matrix（20）Left and right ends set second longitudinal direction projection on the upper side（23）；On the pedestal I
One horizontal hole（12）With the 3rd transverse projections on the pedestal II（22）Socket connection；The top cover I includes the 3rd matrix
（30）, the 3rd matrix（30）Middle set location and the one 1/4 ball-type groove on matrix I（11）Corresponding 3rd 1/4
Ball-type groove（31）, the 3rd 1/4 ball-type groove（31）Semi-circular opening is provided with leading flank and downside；3rd base
Body（30）Left and right ends set first longitudinal direction hole respectively（32）；First longitudinal direction hole on the top cover I（32）With the base
First longitudinal direction projection on body I（13）Socket connection；The top cover II includes the 4th matrix（40）, the 4th matrix（40）In
Between the one 1/4 ball-type groove on set location and matrix I（11）Corresponding 4th 1/4 ball-type groove（41）, the described 4th 1/4
Ball-type groove（41）Semi-circular opening is provided with leading flank and downside；4th matrix（40）Left and right ends set respectively
Two longitudinal bores（42）；Second longitudinal direction hole on the top cover II（42）With the second longitudinal direction projection in described matrix II（23）
Socket connection.
In order to increase mould connectivity robustness, the first longitudinal direction projection（13）Through the first longitudinal direction hole（32）Portion
Set up separately and put helicitic texture, the 3rd transverse projections（22）Through the described first horizontal hole（12）Part is threaded structure；
The second longitudinal direction projection（23）Through the second longitudinal direction hole（42）Part is threaded structure, the helicitic texture part
Nut is set to fasten.
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 the first matrix（10）, first matrix（10）Centre sets at least one one 1/4 ball-type groove
（11）, the one 1/4 ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；First matrix（10）It is left
End sets the first horizontal hole（12）；First matrix（10）Right-hand member sets the first transverse projections on leading flank（14）；Institute
State the first matrix（10）Left and right ends set first longitudinal direction projection on the upper side（13）；The pedestal II includes the second matrix
（20）, second matrix（20）Middle set location and the one 1/4 ball-type groove on matrix I（11）Corresponding 2nd 1/4
Ball-type groove（21）, the 2nd 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side；Second base
Body（20）Left end sets the second horizontal hole（222）；Second matrix（20）Right-hand member sets second laterally to dash forward on leading flank
Rise（24）；4th matrix（40）Left and right ends set second longitudinal direction projection on the upper side（23）；On described matrix I
One transverse projections（14）With the second horizontal hole in described matrix II（222）Socket connection；Second in described matrix II is horizontal
To raised（24）With the first horizontal hole on described matrix I（12）Socket connection；The top cover I includes one the 3rd matrix
（30）, the 3rd matrix（30）Middle set location and the one 1/4 ball-type groove on matrix I（11）Corresponding 3rd 1/4
Ball-type groove（31）, the 3rd 1/4 ball-type groove（31）Semi-circular opening is provided with leading flank and downside；3rd base
Body（30）Left and right ends set first longitudinal direction hole respectively（32）；The top cover II includes the 4th matrix（40）, the 4th base
Body（40）Middle set location and the one 1/4 ball-type groove on matrix I（11）Corresponding 4th 1/4 ball-type groove（41）, institute
State the 4th 1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；4th matrix（40）Left and right ends
Second longitudinal direction hole is set respectively（42）；Second longitudinal direction hole on the top cover II（42）It is vertical with second on the pedestal II
To raised（23）Socket connection；First longitudinal direction projection on described matrix I（13）With the first longitudinal direction hole on the top cover I
（32）Socket connection.
In order to increase mould connectivity robustness, first transverse projections（14）Through the described second horizontal hole（222）
Part be threaded structure；Second transverse projections（24）Through the described first horizontal hole（12）Part be threaded
Structure；The first longitudinal direction projection（13）Through the first longitudinal direction hole（32）Part be threaded structure；Described second
Longitudinal projection（23）Through the second longitudinal direction hole（42）Part be threaded structure；The helicitic texture part sets spiral shell
Mother's 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 the first matrix（10）, first matrix（10）Centre sets at least one one 1/4 ball-type groove
（11）, the one 1/4 ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；First matrix（10）It is left
End sets the first horizontal hole（12）；First matrix（10）Right-hand member sets the first transverse projections on leading flank（14）；Institute
State the first matrix（10）Left and right ends set longitudinal bore on the upper side（15）；The pedestal II includes the second matrix（20）,
Second matrix（20）Middle set location and the one 1/4 ball-type groove on matrix I（11）Corresponding 2nd 1/4 ball-type is recessed
Groove（21）, the 2nd 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side；Second matrix（20）
Left end sets the second horizontal hole（222）；Second matrix（20）Right-hand member sets the second transverse projections on leading flank（24）；
Second matrix（20）Left and right ends set longitudinal bore（25）；The first transverse projections on the pedestal I（14）With it is described
The second horizontal hole on pedestal II（222）Socket connection；The second transverse projections on the pedestal II（24）With the pedestal I
On the first horizontal hole（12）Socket connection；The top cover I includes the 3rd matrix（30）, the 3rd matrix（30）Centre is set
Seated position and the one 1/4 ball-type groove on matrix I（11）Corresponding 3rd 1/4 ball-type groove（31）, the 3rd 1/4 ball-type
Groove（31）Semi-circular opening is provided with leading flank and downside；3rd matrix（30）Distinguish on downside left and right ends
3rd longitudinal projection is set（33）；The top cover II includes the 4th matrix（40）, the 4th matrix（40）Middle set location
With the one 1/4 ball-type groove on matrix I（11）Corresponding 4th 1/4 ball-type groove（41）, the 4th 1/4 ball-type groove
（41）Semi-circular opening is provided with leading flank and downside；4th matrix（40）Left and right ends are set respectively on downside
4th longitudinal projection（43）；The 3rd longitudinal projection on the top cover I（33）With the longitudinal bore on described matrix I（15）Grafting
Connection；The 4th 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, first transverse projections（14）Through the described second horizontal hole（222）
Part is threaded structure；Second transverse projections（24）Through the described first horizontal hole（12）Part is threaded knot
Structure；3rd longitudinal projection（33）Through the longitudinal bore（15）Part is threaded structure；4th longitudinal projection
（43）Through the longitudinal bore（25）Part is threaded structure；The helicitic texture part sets nut to fasten.
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, compress, 1/2 ball recess is formed among pedestal I and top cover I, will
Granular filler is filled into the hemispherical groove, forms left side obturator；
B. pedestal II and top cover II are plugged in together, compressed, 1/2 spherical female is formed among pedestal II and top cover II
Groove, granular filler is filled into the hemispherical groove, forms right side obturator；
C. the step A left side obturators obtained are plugged in together with the step B right side obturators obtained, pressed
Tightly, the granular filler that pressing steps A and step B have been inserted, spherical particles are formed.
Another application 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, compress, pedestal I and pedestal II are plugged in together, pedestal I, top cover I
3/4 ball recess is formed between pedestal II, granular filler is inserted in 3/4 inside of spherical groove；
E. top cover II and pedestal II are plugged in together, compressed, the granular filler that pressing steps D has been inserted, form ball-type
Particle.
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, can be very good to ensure the shape of small-sized spherical particles, while shaping efficiency can be improved.This practicality is new
The making mould for the small-sized spherical particles that type patent application provides conveniently takes out small-sized spherical particles, and application method is simple and convenient.
Brief description of the drawings
Fig. 1 is the pedestal I structural representations of embodiment 1 of the present utility model；
Fig. 2 is the structural representation of 1 pedestal of embodiment II of the present utility model；
Fig. 3 is the top cover I structural representations of embodiment 1 and embodiment 2 of the present utility model；
Fig. 4 is the structural representation of 2 top cover of embodiment 1 and embodiment of the present utility model II；
Fig. 5 is the pedestal I structural representations of embodiment 2 of the present utility model；
Fig. 6 is the structural representation of 2 pedestal of embodiment II of the present utility model；
Fig. 7 is the pedestal I structural representations of embodiment 3 of the present utility model；
Fig. 8 is the structural representation of 3 pedestal of embodiment II of the present utility model；
Fig. 9 is the top cover I structural representations of embodiment 3 of the present utility model；
Figure 10 is the structural representation of 3 top cover of embodiment II of the present utility model.
Embodiment
The utility model 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
Lid I and top cover II are provided with the 1/4 ball-type groove to cooperate；Pedestal I and the detachable left and right connection of pedestal II, pedestal I and base
Its respective 1/4 ball-type groove cooperatively 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 cooperatively 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 cooperatively forms 1/2 spherical female after pedestal II and top cover II connect
Groove；Its respective 1/4 ball-type groove cooperatively forms 1/2 ball recess after top cover I and top cover II connect.Concrete structure such as Fig. 1-4
It is shown.
As shown in figure 1, the pedestal I includes the first matrix（10）, first matrix（10）Centre set several the
One 1/4 ball-type grooves（11）, the one 1/4 ball-type groove（11）Semi-circular opening is provided with leading flank and upper side；It is described
First matrix（10）Left and right ends set the first horizontal hole respectively（12）；First matrix（10）Left and right ends are in upper side
It is upper that first longitudinal direction projection is set respectively（13）.As shown in Fig. 2 the pedestal II includes the second matrix（20）, second matrix
（20）Centre sets several positions and the one 1/4 ball-type groove on matrix I（11）Corresponding 2nd 1/4 ball-type groove
（21）, the 2nd 1/4 ball-type groove（21）Semi-circular opening is provided with leading flank and upper side；Second matrix（20）It is left
Right both ends set the 3rd transverse projections respectively on leading flank（22）；Second matrix（20）Left and right ends are set on the upper side
Put second longitudinal direction projection（23）；The first horizontal hole on the pedestal I（12）With the 3rd transverse projections on the pedestal II
（22）Socket connection；3rd transverse projections（22）Through the described first horizontal hole（12）Part is threaded structure；Institute
Stating helicitic texture part sets nut to fasten.As shown in figure 3, the top cover I includes the 3rd matrix（30）, the 3rd matrix
（30）Centre sets several positions and the one 1/4 ball-type groove on matrix I（11）Corresponding 3rd 1/4 ball-type groove
（31）, the 3rd 1/4 ball-type groove（31）Semi-circular opening is provided with leading flank and downside；3rd matrix（30）It is left
Right both ends set first longitudinal direction hole respectively（32）；First longitudinal direction hole on the top cover I（32）With on described matrix I
One longitudinal projection（13）Socket connection；The first longitudinal direction projection（13）Through the first longitudinal direction hole（32）Part sets spiral shell
Line structure, the helicitic texture part set nut to fasten；As shown in figure 4, the top cover II includes the 4th matrix（40）, it is described
4th matrix（40）Centre sets several positions and the one 1/4 ball-type groove on matrix I（11）Corresponding 4th 1/4 ball-type
Groove（41）, the 4th 1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；4th matrix
（40）Left and right ends set second longitudinal direction hole respectively（42）；Second longitudinal direction hole on the top cover II（42）And described matrix
Second longitudinal direction projection on II（23）Socket connection, the second longitudinal direction projection（23）Through the second longitudinal direction hole（42）Portion
Set up separately and put helicitic texture, the helicitic texture part sets nut to fasten.
Embodiment 2：
It is same as Example 1, it is different, as shown in figure 5, the pedestal I includes the first matrix（10）, first base
Body（10）Centre sets several the one 1/4 ball-type grooves（11）, the one 1/4 ball-type groove（11）In leading flank and upside
Face is provided with semi-circular opening；First matrix（10）Left end sets the first horizontal hole（12）；First matrix（10）It is right
End sets the first transverse projections on leading flank（14）；First matrix（10）Left and right ends set first to indulge on the upper side
To raised（13）.As shown in fig. 6, the pedestal II includes the second matrix（20）, second matrix（20）Centre sets some
Individual position and the one 1/4 ball-type groove on matrix I（11）Corresponding 2nd 1/4 ball-type groove（21）, the 2nd 1/4 ball-type
Groove（21）Semi-circular opening is provided with leading flank and upper side；Second matrix（20）Left end sets the second horizontal hole
（222）；Second matrix（20）Right-hand member sets the second transverse projections on leading flank（24）；4th matrix（40）Left and right
Both ends set second longitudinal direction projection on the upper side（23）.The first transverse projections on described matrix I（14）With described matrix II
On the second horizontal hole（222）Socket connection；First transverse projections（14）Through the described second horizontal hole（222）'s
Part is threaded structure, and the helicitic texture part sets nut to fasten.The second transverse projections in described matrix II（24）
With the first horizontal hole on described matrix I（12）Socket connection；Second transverse projections（24）Through described first laterally
Hole（12）Part be threaded structure, the helicitic texture part sets nut to fasten.
As shown in figure 3, the top cover I includes one the 3rd matrix（30）, the 3rd matrix（30）Centre sets several
Position and the one 1/4 ball-type groove on matrix I（11）Corresponding 3rd 1/4 ball-type groove（31）, the 3rd 1/4 ball-type is recessed
Groove（31）Semi-circular opening is provided with leading flank and downside；3rd matrix（30）Left and right ends set first longitudinal direction respectively
Hole（32）.As shown in figure 4, the top cover II includes the 4th matrix（40）, the 4th matrix（40）Centre sets several
Position and the one 1/4 ball-type groove on matrix I（11）Corresponding 4th 1/4 ball-type groove（41）, the 4th 1/4 ball-type is recessed
Groove（41）Semi-circular opening is provided with leading flank and downside；4th matrix（40）Left and right ends set second longitudinal direction respectively
Hole（42）；Second longitudinal direction hole on the top cover II（42）With the second longitudinal direction projection on the pedestal II（23）Grafting connects
Connect；The second longitudinal direction projection（23）Through the second longitudinal direction hole（42）Part be threaded structure；The screw thread knot
Structure part sets nut to fasten.First longitudinal direction projection on described matrix I（13）With the first longitudinal direction hole on the top cover I
（32）Socket connection, the first longitudinal direction projection（13）Through the first longitudinal direction hole（32）Part be threaded structure；
The helicitic texture part sets nut to fasten.
Embodiment 3：
It is same as Example 1, it is different, as shown in fig. 7, the pedestal I includes the first matrix（10）, first base
Body（10）Centre sets several the one 1/4 ball-type grooves（11）, the one 1/4 ball-type groove（11）In leading flank and upside
Face is provided with semi-circular opening；First matrix（10）Left end sets the first horizontal hole（12）；First matrix（10）It is right
End sets the first transverse projections on leading flank（14）；First matrix（10）Left and right ends set longitudinal hole on the upper side
Hole（15）.As shown in figure 8, the pedestal II includes the second matrix（20）, second matrix（20）Centre sets several positions
Put and the one 1/4 ball-type groove on matrix I（11）Corresponding 2nd 1/4 ball-type groove（21）, the 2nd 1/4 ball-type groove
（21）Semi-circular opening is provided with leading flank and upper side；Second matrix（20）Left end sets the second horizontal hole（222）；
Second matrix（20）Right-hand member sets the second transverse projections on leading flank（24）；Second matrix（20）Left and right ends are set
Put longitudinal bore（25）；The first transverse projections on the pedestal I（14）With the second horizontal hole on the pedestal II（222）
Socket connection；First transverse projections（14）Through the described second horizontal hole（222）Part is threaded structure；The spiral shell
Line structure division sets nut to fasten.
The second transverse projections on the pedestal II（24）With the first horizontal hole on the pedestal I（12）Grafting connects
Connect；Second transverse projections（24）Through the described first horizontal hole（12）Part is threaded structure, the helicitic texture
Part sets nut to fasten.As shown in figure 9, the top cover I includes the 3rd matrix（30）, the 3rd matrix（30）Centre is set
Several positions and the one 1/4 ball-type groove on matrix I（11）Corresponding 3rd 1/4 ball-type groove（31）, the described 3rd 1/4
Ball-type groove（31）Semi-circular opening is provided with leading flank and downside；3rd matrix（30）Left and right ends are on downside
3rd longitudinal projection is set respectively（33）.As shown in Figure 10, the top cover II includes the 4th matrix（40）, the 4th matrix
（40）Centre sets several positions and the one 1/4 ball-type groove on matrix I（11）Corresponding 4th 1/4 ball-type groove
（41）, the 4th 1/4 ball-type groove（41）Semi-circular opening is provided with leading flank and downside；4th matrix（40）It is left
Right both ends set the 4th longitudinal projection respectively on downside（43）；The 3rd longitudinal projection on the top cover I（33）With it is described
Longitudinal bore on matrix I（15）Socket connection, the 3rd longitudinal projection（33）Through the longitudinal bore（15）Part is set
Put helicitic texture；The helicitic texture part sets nut to fasten；The 4th longitudinal projection on the top cover II（43）With it is described
Longitudinal bore on matrix II（25）Socket connection；4th longitudinal projection（43）Through the longitudinal bore（25）Part is set
Put helicitic texture；The helicitic texture part sets nut to fasten.
Embodiment 4：
A kind of application method of the making mould of small-sized spherical particles described in above-described embodiment 1-3, including following method
Step：
A. pedestal I and top cover I are plugged in together, tighten nut compression, it is spherical that 1/2 is formed among pedestal I and top cover I
Groove, granular filler is filled into the hemispherical groove, forms left side obturator；
B. pedestal II and top cover II are plugged in together, tighten nut compression, 1/2 is formed among pedestal II and top cover II
Ball recess, granular filler is filled into the hemispherical groove, forms right side obturator；
C. the step A left side obturators obtained are plugged in together with the step B right side obturators obtained, twisted
Tight nut compresses, and the granular filler that pressing steps A and step B have been inserted, forms spherical particles.
Embodiment 5：
Another application method of the making mould of small-sized spherical particles described in above-described embodiment 1-3, including it is as follows
Method and step：
D. pedestal I and top cover I are plugged in together, tighten nut compression, pedestal I and pedestal II are plugged in together, base
3/4 ball recess is formed between seat I, top cover I and pedestal II, granular filler is inserted in 3/4 inside of spherical groove；
E. top cover II and pedestal II are plugged in together, tighten nut and compress, the granular filler that pressing steps D has 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, can be very good to ensure the shape of small-sized spherical particles, while shaping efficiency can be improved；Its structure is closed
Reason, it is easy to use.
Claims (7)
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 cooperate 1/4 ball-type groove；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 cooperatively form 1/2 ball recess；Pedestal I and top cover I are detachable up and down
Its respective 1/4 ball-type groove cooperatively 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 cooperatively forms 1/2 ball recess after pedestal II and the connection of top cover II；
Its respective 1/4 ball-type groove cooperatively 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 first
Matrix (10), first matrix (10) is middle to set at least one one 1/4 ball-type groove (11), the one 1/4 ball-type
Groove (11) is provided with semi-circular opening in leading flank and upper side；First matrix (10) left and right ends set the first horizontal stroke respectively
To hole (12)；First matrix (10) left and right ends set first longitudinal direction projection (13) respectively on the upper side；The base
Seat II includes the second matrix (20), the middle set location of second matrix (20) and the one 1/4 ball-type groove on matrix I
(11) the 2nd 1/4 ball-type groove (21) corresponding to, the 2nd 1/4 ball-type groove (21) are provided with semicircle in leading flank and upper side
Type opening；Second matrix (20) left and right ends set the 3rd transverse projections (22) respectively on leading flank；Second base
Body (20) left and right ends set second longitudinal direction projection (23) on the upper side；The first horizontal hole (12) on the pedestal I and
The 3rd transverse projections (22) socket connection on the pedestal II；The top cover I includes the 3rd matrix (30), the 3rd matrix
(30) set location the 3rd 1/4 ball-type groove (31) corresponding with the one 1/4 ball-type groove (11) on matrix I, described among
3rd 1/4 ball-type groove (31) is provided with semi-circular opening in leading flank and downside；3rd matrix (30) left and right ends point
She Zhi not first longitudinal direction hole (32)；The first longitudinal direction on first longitudinal direction hole (32) and described matrix I on the top cover I is dashed forward
Play (13) socket connection；The top cover II includes the 4th matrix (40), the middle set location of the 4th matrix (40) and matrix I
On the one 1/4 ball-type groove (11) corresponding to the 4th 1/4 ball-type groove (41), the 4th 1/4 ball-type groove (41) is preceding
Side and downside are provided with semi-circular opening；4th matrix (40) left and right ends set second longitudinal direction hole (42) respectively；
Second longitudinal direction projection (23) socket connection on second longitudinal direction hole (42) and described matrix II on the top cover II.
3. the making mould of small-sized spherical particles according to claim 2, it is characterised in that the first longitudinal direction projection
(13) structure is partly threaded through the first longitudinal direction hole (32), the 3rd transverse projections (22) pass through described first
Horizontal hole (12) is partly threaded structure；The second longitudinal direction projection (23) passes through second longitudinal direction hole (42) part
Structure is threaded, the helicitic texture part sets nut to fasten.
4. the making mould of small-sized spherical particles according to claim 1, it is characterised in that the pedestal I includes first
Matrix (10), first matrix (10) is middle to set at least one one 1/4 ball-type groove (11), the one 1/4 ball-type
Groove (11) is provided with semi-circular opening in leading flank and upper side；First matrix (10) left end sets the first horizontal hole
(12)；First matrix (10) right-hand member sets the first transverse projections (14) on leading flank；First matrix (10) left and right
Both ends set first longitudinal direction projection (13) on the upper side；The pedestal II includes the second matrix (20), second matrix
(20) set location the 2nd 1/4 ball-type groove (21) corresponding with the one 1/4 ball-type groove (11) on matrix I, described among
2nd 1/4 ball-type groove (21) is provided with semi-circular opening in leading flank and upper side；Second matrix (20) left end sets the
Two horizontal holes (222)；Second matrix (20) right-hand member sets the second transverse projections (24) on leading flank；Second base
Body (20) left and right ends set second longitudinal direction projection (23) on the upper side；The first transverse projections (14) on described matrix I with
The second horizontal hole (222) socket connection in described matrix II；The second transverse projections (24) in described matrix II with it is described
The first horizontal hole (12) socket connection on matrix I；The top cover I includes one the 3rd matrix (30), the 3rd matrix
(30) set location the 3rd 1/4 ball-type groove (31) corresponding with the one 1/4 ball-type groove (11) on matrix I, described among
3rd 1/4 ball-type groove (31) is provided with semi-circular opening in leading flank and downside；3rd matrix (30) left and right ends point
She Zhi not first longitudinal direction hole (32)；The top cover II includes the 4th matrix (40), and position is set among the 4th matrix (40)
Put the 4th 1/4 ball-type groove (41) corresponding with the one 1/4 ball-type groove (11) on matrix I, the 4th 1/4 ball-type groove
(41) it is provided with semi-circular opening in leading flank and downside；4th matrix (40) left and right ends set second longitudinal direction hole respectively
Hole (42)；Second longitudinal direction projection (23) grafting on second longitudinal direction hole (42) and the pedestal II on the top cover II connects
Connect；First longitudinal direction projection (13) on described matrix I and first longitudinal direction hole (32) socket connection on the top cover I.
5. the making mould of small-sized spherical particles according to claim 4, it is characterised in that first transverse projections
(14) it is threaded structure through the part of the described second horizontal hole (222)；Second transverse projections (24) are described in
The part of first horizontal hole (12) is threaded structure；The first longitudinal direction projection (13) passes through the first longitudinal direction hole
(32) part is threaded structure；The second longitudinal direction projection (23) is set through the part of the second longitudinal direction hole (42)
Helicitic texture；The helicitic texture part sets nut to fasten.
6. the making mould of small-sized spherical particles according to claim 1, it is characterised in that the pedestal I includes first
Matrix (10), first matrix (10) is middle to set at least one one 1/4 ball-type groove (11), the one 1/4 ball-type
Groove (11) is provided with semi-circular opening in leading flank and upper side；First matrix (10) left end sets the first horizontal hole
(12)；First matrix (10) right-hand member sets the first transverse projections (14) on leading flank；First matrix (10) left and right
Both ends set longitudinal bore (15) on the upper side；The pedestal II includes the second matrix (20), in second matrix (20)
Between set location the 2nd 1/4 ball-type groove (21) corresponding with the one 1/4 ball-type groove (11) on matrix I, the described 2nd 1/4
Ball-type groove (21) is provided with semi-circular opening in leading flank and upper side；Second matrix (20) left end sets the second transverse holes
Hole (222)；Second matrix (20) right-hand member sets the second transverse projections (24) on leading flank；Second matrix (20) is left
Right both ends set longitudinal bore (25)；The first transverse projections (14) on the pedestal I and second on the pedestal II are horizontal
Hole (222) socket connection；The second transverse projections (24) on the pedestal II and the first horizontal hole on the pedestal I
(12) socket connection；The top cover I includes the 3rd matrix (30), among the 3rd matrix (30) set location with matrix I
The one 1/4 ball-type groove (11) corresponding to the 3rd 1/4 ball-type groove (31), the 3rd 1/4 ball-type groove (31) is in front side
Face and downside are provided with semi-circular opening；3rd matrix (30) left and right ends set the 3rd longitudinal direction prominent respectively on downside
Rise (33)；The top cover II includes the 4th matrix (40), the middle set location of the 4th matrix (40) and first on matrix I
4th 1/4 ball-type groove (41) corresponding to 1/4 ball-type groove (11), the 4th 1/4 ball-type groove (41) is in leading flank with
Side is provided with semi-circular opening；4th matrix (40) left and right ends set the 4th longitudinal projection respectively on downside
(43)；The 3rd longitudinal projection (33) on the top cover I and longitudinal bore (15) socket connection on described matrix I；The top
The 4th longitudinal projection (43) on lid II and longitudinal bore (25) socket connection in described matrix II.
7. the making mould of small-sized spherical particles according to claim 6, it is characterised in that first transverse projections
(14) partly it is threaded structure through the described second horizontal hole (222)；Second transverse projections (24) are through described the
One horizontal hole (12) is partly threaded structure；3rd longitudinal projection (33) partly sets through the longitudinal bore (15)
Put helicitic texture；4th longitudinal projection (43) is partly threaded structure through the longitudinal bore (25)；The screw thread
Structure division sets nut to fasten.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720154224.7U CN206661132U (en) | 2017-02-21 | 2017-02-21 | The making mould of small-sized spherical particles |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720154224.7U CN206661132U (en) | 2017-02-21 | 2017-02-21 | The making mould of small-sized spherical particles |
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| Publication Number | Publication Date |
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| CN206661132U true CN206661132U (en) | 2017-11-24 |
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| CN201720154224.7U Expired - Fee Related CN206661132U (en) | 2017-02-21 | 2017-02-21 | The making mould of small-sized spherical particles |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106622027A (en) * | 2017-02-21 | 2017-05-10 | 济南大学 | Manufacturing die of small spherical particles and application method of manufacturing die |
| CN109176823A (en) * | 2018-09-26 | 2019-01-11 | 彭婷 | A kind of Biohaydite filter material granules manufacturing apparatus and filtering material particle manufacturing method |
| CN114659399A (en) * | 2022-04-13 | 2022-06-24 | 哈尔滨工业大学 | Thermal shock resistance solid heat storage device |
-
2017
- 2017-02-21 CN CN201720154224.7U patent/CN206661132U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106622027A (en) * | 2017-02-21 | 2017-05-10 | 济南大学 | Manufacturing die of small spherical particles and application method of manufacturing die |
| CN106622027B (en) * | 2017-02-21 | 2023-09-12 | 济南大学 | Manufacturing die for small spherical particles and application method thereof |
| CN109176823A (en) * | 2018-09-26 | 2019-01-11 | 彭婷 | A kind of Biohaydite filter material granules manufacturing apparatus and filtering material particle manufacturing method |
| CN109176823B (en) * | 2018-09-26 | 2020-08-25 | 安徽畅九衢环保科技有限公司 | Biological ceramsite filter material particle manufacturing equipment and filter material particle manufacturing method |
| CN114659399A (en) * | 2022-04-13 | 2022-06-24 | 哈尔滨工业大学 | Thermal shock resistance solid heat storage device |
| CN114659399B (en) * | 2022-04-13 | 2024-03-26 | 哈尔滨工业大学 | thermal shock resistance solid heat storage device |
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Granted publication date: 20171124 Termination date: 20190221 |