CN205112474U - Muffin make -up machine - Google Patents
Muffin make -up machine Download PDFInfo
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- CN205112474U CN205112474U CN201520893373.6U CN201520893373U CN205112474U CN 205112474 U CN205112474 U CN 205112474U CN 201520893373 U CN201520893373 U CN 201520893373U CN 205112474 U CN205112474 U CN 205112474U
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Abstract
The utility model discloses a muffin make -up machine, mainly be equipped with adjustable mould benevolence in the compression chamber of organism, and form molding space within a definite time in compression chamber and mould benevolence, make sealed lid fit molding space through ventilative material lid again, when preparation dry -type or wet -type muffin, make dry mash or wet mash input molding space, and the powder pockets is compressed into with dry mash or wet mash to drive mould benevolence, sealed lid of while draws the power supply with taking out of organism binding and bleeds or extract the solvent molding space, with the tight real muffin of pressing into of loose powder pre -compaction, thereby, it bleeds or extracts the solvent to draw the two -way of power supply through taking out of sealed lid and organism binding, can improve and make muffin efficiency, and utilize can the section of district the setting of renewing the material of breathing freely, so that muffin when preparation surface all is distinguished with clean ventilative material section contacts, with the cleaning of ensureing muffin shaping rear surface, pollution -free and planarization, in addition the utility model discloses a shapes such as different colour powders and change mould benevolence are imported, muffins monochromatic, polygenetic and various shapes can be portably produced.
Description
Technical field
The utility model has about a kind of pressed powder forming machine, and espespecially one can promote dry type and wet type muffin production capacity, and can effectively improve muffin quality, and facility provides polychrome, various shape muffin to make, with the pressed powder forming machine reducing the benefits such as dust pollution.
Background technology
Existing muffin preparation method probably can be divided into dry formed method and the wet type method of forming, the conventional dry method of forming is pie by tool by powder consolidation in aluminium dish by manpower, the shaping rule of another wet type increases and is mixed into solvent in powder, is filled in steps such as removal of solvents after aluminium dish; But no matter dry type or the wet type method of forming, traditional making pattern is in time making polychrome muffin, and owing to being limited to lower powder pattern and machine performance etc., therefore, it is continuous very numerous and diverse that muffin makes upper work, and cost of manufacture is high, and muffin variability is low.
Refer to " Pressedpowderelements " of U.S. Publication US8636933B2, namely disclose and have a pressed powder forming machine common on the market, this pressed powder forming machine is mainly provided with discharge chambe in a body, and adjustable mould is provided with in discharge chambe, the compression stroke of its discharge chambe can change size with die lifting; When making enforcement, powder is inputted in compression stroke by feeding pipe below body, after powder is full of compression stroke, namely powder input is stopped, then drive mould toward bottom offset, to make powder compacting at the bottom of its mould, drive the pneumatic supply above body to produce negative pressure simultaneously, to pass through open-work at the bottom of mould, air in compression stroke is extracted out, powder is tightly compacted, make pneumatic supply convert malleation to again, with via open-work air inlet at the bottom of mould, the muffin attached at the bottom of mould is blown off, then fall into below aluminium dish splendid attire by the muffin that comes off at the bottom of mould, make to complete muffin.
The pressed powder forming machine that " Pressedpowderelements " of this U.S. Publication US8636933B2 discloses, makes though automation can be provided to complete muffin, and can by muffin compacting, but it finds that there is following disappearance on reality uses:
1, its pressed powder forming machine produces negative pressure in pneumatic supply, when open-work set by air in compression stroke is at the bottom of mould is extracted out, for avoiding extracting powder out compression stroke in the lump, therefore, at the bottom of mould, open-work aperture must be tiny compared with powder, and unfavorable the taking out of air in this tiny aperture is drawn, add and only have single pneumatic supply to carry out unidirectional bleeding, more cause operation of bleeding slow, cause making the disappearance that man-hour is long, production capacity is low, and do not meet the modern times and stress dynamical industry demand.
2, this pressed powder forming machine in pneumatic supply by air in compression stroke by mould at the bottom of open-work extract out time; powder also can be subject to taking out simultaneously and draws and be attached to open-work, because powder has certain stickiness, after use a period of time; just open-work can be blocked; causing air to extract difficulty out by open-work, is solve open-work blockage problem, then must frequently maintenance of clean-up; so; except causing and using upper inconvenience and maintenance cost and increase, shutting down during another maintenance cannot operation, more causes the loss of output.
3, this pressed powder forming machine converts malleation in pneumatic supply, via open-work air inlet at the bottom of mould, the muffin attached at the bottom of mould is blown off splendid attire when aluminium dish, the one side that this muffin attaches at the bottom of mould can be upward, and open-work shape at the bottom of mould is left in this muffin surface, and the impurity be attached at the bottom of mould and residual powder also can turn and stick in this muffin surface, and cause its situation such as muffin surface contamination and out-of-flatness, cause being difficult to attract consumer to buy, reduce its sales rate.
Another the present inventor's research and development have " Multicolor puff cake molding mechanism " of No. TWM370963U1, TaiWan, China notification number, it mainly comprises and is made up of sequentially superimposed group of enter material unit, forming unit and the dewatering unit established, make the pan feeding syringe of material unit by the multiple compartments in semi-solid powder cream injection moulding unit, thereupon, by dewatering unit, the moisture content that powder cream includes is drained, with shaping polychrome muffin." Multicolor puff cake molding mechanism " of No. TWM370963U1, this TaiWan, China notification number makes muffin though can reach automation, so do not reach perfect yet, so, the present inventor is in line with the theory of keeping on improving, and rely on its assisting a ruler in governing a country for many years in the manufacture of association area and design experiences and knowledge, and through clever thought in many ways, grind and create the utility model.
Utility model content
The utility model has about a kind of pressed powder forming machine, its objective is to provide one can promote dry type and wet type muffin production capacity, and can effectively improve muffin quality, and facility provides polychrome, various shape muffin to make, with the pressed powder forming machine reducing the benefits such as dust pollution.
In order to reach above-mentioned enforcement object, the present inventor discusses and formulates following pressed powder forming machine, comprises:
One body, at least one discharge chambe is provided with in this body, this discharge chambe one end forms an open end, this discharge chambe other end forms a blind end, an adjustable die is provided with in this discharge chambe, the open end of this die and this discharge chambe defines a molding space in this discharge chambe jointly, and this body is in being provided with a pan feeding portion in molding space place, and this pan feeding portion communicates with this molding space;
One seal cover, it is arranged at one end place of the discharge chambe open end of this body, sealing lid is to the end of discharge chambe being provided with multiple open-work, this open-work communicates with the hollow chamber in sealing lid, sealing covers in should being connected with one and taking out the portion of drawing in place of hollow chamber, and this is taken out the portion of drawing and communicates with this hollow chamber;
One ventilative material, this ventilative material forms multiple pore, and this ventilative material is between this body and seal cover, and this ventilative material covers the open end of this discharge chambe, and sealing lid is covered on the open end of this discharge chambe by this ventilative material.
Pressed powder forming machine as above, wherein, this adjustable die connects a drive link one end further, the blind end of this discharge chambe is provided with a perforation, outside this drive link other end is piercing in by this perforation, this drive link passes one end outside this discharge chambe, and flexible power source is connected with one further, the portion of drawing of taking out of sealing lid takes out with one further and draws power source and be connected, the place of pan feeding portion of body is linked with a dry powder source, to be taken out and drawn power source by this and take out the dry mash drawing this dry powder source and enter molding space, sealing lid is connected with a feeding power source further, this ventilative material and one furls power source and is connected.
Pressed powder forming machine as above, wherein, jointly one stroke space is defined in this discharge chambe between the blind end of the discharge chambe of this body and this adjustable die, this body is provided with one in corresponding the trip space place and takes out the portion of drawing, this is taken out the portion of drawing and communicates with the trip space, this is taken out the portion of drawing and is linked with one further and takes out and draw power source, and this adjustable die runs through further multiple open-work.
Pressed powder forming machine as above, wherein, sealing lid take out that the portion of drawing links take out and draw power source, and this body take out that the portion of drawing links take out and draw power source and be vavuum pump, or any mechanism making space produce negative pressure.
Pressed powder forming machine as above, wherein, this adjustable die connects a drive link one end further, the blind end of this discharge chambe is provided with a perforation, outside this drive link other end is piercing in by this perforation, this drive link passes one end outside this discharge chambe, and flexible power source is connected with one further, the portion of drawing of taking out of sealing lid takes out with one further and draws power source and be connected, the place of pan feeding portion of this body is linked with a feeding unit, this feeding unit is linked with a wet-milling source, to carry the wet mash in this wet-milling source to enter molding space by this feeding unit, sealing lid is connected with a feeding power source further, this ventilative material and one furls power source and is connected.
Pressed powder forming machine as above, wherein, jointly one stroke space is defined in this discharge chambe between the blind end of the discharge chambe of this body and this adjustable die, this body is provided with one in corresponding the trip space place and takes out the portion of drawing, this is taken out the portion of drawing and communicates with the trip space, this is taken out the portion of drawing and is linked with one further and takes out and draw power source, and this adjustable die runs through further multiple open-work.
Pressed powder forming machine as above, wherein, sealing lid take out that the portion of drawing links take out and draw power source, and this body take out that the portion of drawing links take out and draw power source and be suction pump, or any mechanism making space produce negative pressure.
Pressed powder forming machine as above, wherein, this pressed powder forming machine includes a feeding unit further, and this feeding unit is by between this body and ventilative material, and this feeding unit and a displacement power source are connected.
Thus, when making dry type or wet type muffin, make dry mash or wet mash molding space, and drive die that this dry mash or wet mash are compressed into powder agglomates, what simultaneously seal cover and body linked take out draws power source and bleeds to molding space or extract solvent, so that powder agglomates consolidation is pressed into muffin, accordingly, draw the two-way of power source by taking out of linking of seal cover and body bleed or extract solvent, can improve and make muffin efficiency, another utilization can the setting renewing ventilative material of section, when making to make muffin, surperficial material section of all breathing freely with cleaning contacts, to guarantee the cleaning of the shaping rear surface of muffin, pollution-free and planarization, another the utility model is by input different colours powder and change the shapes such as die, get final product easy production monochromatic, the muffin of polychrome and various shape.
Accompanying drawing explanation
The following drawings is only intended to schematically illustrate the utility model and explain, does not limit scope of the present utility model.Wherein,
Fig. 1: sectional view of the present utility model;
Fig. 2: dry mash feed state figure of the present utility model;
Fig. 3: dry mash shaping powder cake of the present utility model state diagram;
Fig. 4: muffin of the present utility model ejects state diagram;
Fig. 5: taking-up muffin of the present utility model state diagram;
Fig. 6: another embodiment sectional view of the present utility model;
Fig. 7: wet mash feed state figure of the present utility model;
Fig. 8: wet mash shaping powder cake of the present utility model state diagram.
Drawing reference numeral illustrates:
1 body
11 discharge chambes
12 open ends
13 blind ends
131 perforation
14 dies
141 open-works
142 drive links
15 molding spaces
16 stroke space
17 pan feeding portions
18 take out the portion of drawing
19 feeding units
2 seal covers
21 open-works
22 hollow chamber
23 take out the portion of drawing
3 ventilative materials
4 feeding unit
5 muffins
Detailed description of the invention
For the effect making technological means of the present utility model and can reach, can have more complete and clearly disclose, being now described with reference to the accompanying drawings detailed description of the invention of the present utility model:
First, refer to shown in Fig. 1, be pressed powder forming machine of the present utility model, mainly comprise:
One body 1, be be provided with at least one discharge chambe 11 in this body 1, the utility model with two adjacent discharge chambes 11 for main embodiment, be make this formation open end, discharge chambe 11 one end 12, and the other end forms blind end 13, and be provided with perforation 131 in this blind end 13 center, an adjustable die 14 is provided with again in this discharge chambe 11, and run through on this die 14 and have multiple open-work 141, and make this die 14 groups connect drive link 142 one end, and make outside this drive link 142 other end is piercing in by the perforation 131 of this blind end 13, this die 14 is separately made jointly to define a molding space 15 in this discharge chambe 11 with the open end 12 of this discharge chambe 11, this die 14 is made again jointly to define one stroke space 16 in this discharge chambe 11 with the blind end 13 of this discharge chambe 11, and make this body 1 side in being provided with a pan feeding portion 17 in molding space 15 place, and this pan feeding portion 17 is communicated with this molding space 15, make again this body 1 side be provided with one in corresponding the trip space 16 place and take out the portion of drawing 18, and make this take out the portion of drawing 18 to communicate with the trip space 16,
One seal cover 2, be arranged at one end place of discharge chambe 11 open end 12 of this body 1, the end of the corresponding discharge chambe of sealing lid 2 11 is made again to be provided with multiple open-work 21, and this open-work 21 is communicated with the hollow chamber 22 in sealing lid 2, again in sealing lid 2 side in should being provided with one and taking out the portion of drawing 23 in place of hollow chamber 22, and make this take out the portion of drawing 23 to communicate with this hollow chamber 22;
One ventilative material 3, this ventilative material 3 can be breathable cloth, this ventilative material 3 forms multiple pore, the aperture of the pore of ventilative material 3 is less than the particle diameter of powder, be make this ventilative material 3 be positioned between this body 1 and seal cover 2, to cover the open end 12 of this discharge chambe 11, and sealing lid 2 is made to be covered on the open end 12 of this discharge chambe 11 by ventilative material 3;
One feeding unit 4, by between this body 1 and ventilative material 3, this feeding unit 4 can be to have takes out priming power or muffin can be transferred to mechanism etc. on aluminium dish by other, and the utility model provides an air permeable plate it forming multiple open-work to coordinate can to produce taking out of negative pressure to draw power source and carry out muffin and draw as embodiment;
Accordingly, when carrying out dry type muffin and making, the pan feeding portion 17 of body 1 and a dry powder source are connected, make the portion of drawing 18 of taking out and of body 1 take out again to draw power source to be connected, this is taken out and draws power source and can be vavuum pump, or any mechanism making space produce negative pressure, the drive link 142 of this die 14 is made again to pass one end outside discharge chambe 11 and a flexible power source is connected, this flexible power source can be pneumatic cylinder etc., separately make this ventilative material 3 and furl power source to be connected, make again the portion of drawing 23 of taking out and of sealing lid 2 take out to draw power source to be connected, this is taken out and draws power source and can be vavuum pump, or any mechanism making space produce negative pressure, and sealing lid 2 and a feeding power source are connected, this feeding power source can be pneumatic cylinder etc., this feeding unit 4 and a displacement power source is separately made to be connected, this displacement power source can be pneumatic cylinder etc., and make this feeding unit 4 be linked with one to take out and draw power source, this is taken out and draws power source and can be vavuum pump, or any mechanism making space produce negative pressure, make this flexible power source again, retracting power source, feeding power source, displacement power source and respectively take out and draw power source and a control unit is connected, implement dry type muffin with automation to make.
Thus, when using enforcement, the feeding power source start linked by control unit startup seal cover 2, to make seal cover 2 towards body 1 direction feeding, during in seal cover 2 towards body 1 feeding, the ventilative material 3 be positioned between body 1 and seal cover 2 is pressed toward body 1 direction in the lump, with the open end 12 making ventilative material 3 cover body 1 discharge chambe 11, and seal cover 2 is closely covered via the open end 12 of ventilative material 3 by discharge chambe 11.
See also shown in Fig. 2, then drive its taking out of taking out that the portion of drawing 23 links of seal cover 2 to draw power source by control unit to bleed, air in molding space 15 is extracted out by the pore of its open-work 21 through this ventilative material 3 again through hollow chamber 22 by the portion of drawing 23 of taking out of seal cover 2, make to form negative pressure state in molding space 15, now, the dry mash at the dry powder source place linked with the pan feeding portion 17 of body 1 can be subject to vacuum suction in molding space 15, and make dry mash suck in molding space 15, simultaneously, control unit starts body 1, and it is taken out taking out that the portion of drawing 18 links and draws power source and bleed, so that air in discharge chambe 11 is extracted out, and by multiple open-work 141 set on die 14, air in its molding space 15 of discharge chambe 11 is extracted out, and synchronously take out and draw dry mash and enter in molding space 15, according to this, molding space 15 internal efficiency is entered to improve dry mash.
See also shown in Fig. 3, flexible power source is driven again by control unit, to move with open end 12 direction of mavable module core 14 toward discharge chambe 11 via the drive link 142 be connected with flexible power source, so that dry mash in molding space 15 is compressed in powder agglomates shape, and the air open-work 141 set by die 14 sucked in the lump in molding space 15 with dry mash is discharged outside molding space 15, simultaneously, what seal cover 2 and body 1 linked takes out the action of drawing power source and continuing to carry out bleeding, air in molding space 15 is extracted out efficiency to improve, in by after in molding space 15, air is extracted out completely, this dry mash formed powder agglomates also by tightly compacted be muffin 5 shape, separately it is worth mentioning that, the utility model is by regulating die 14 feed distance, adjustable molding space 15 enter powder volume and muffin 5 molding thickness, wherein, the feed distance of namely what adjustable die 14 referred to be die 14 is adjustable.
See also shown in Fig. 4, then the feeding power source start driving seal cover 2 to link by control unit, to make seal cover 2 displacement homing, and power source stopping start being drawn in taking out of making seal cover 2 link, the ventilative material that another disengaging seal cover 2 presses 3 drives the retracting power source scrolling one stroke with its link by control unit, discharge chambe 11 position is left to make this section of ventilative material 3 providing this muffin 5 shaping, and make next clean area section of ventilative material 3 move to discharge chambe 11 place, so, when each muffin 5 can be made shaping, this section providing muffin 5 to make material 3 of breathing freely all remains clean, be subject to the improper pollution such as impurity and residual powder to avoid muffin and attach, reach and improve muffin 5 clean surface, planarization, another this section material 3 of breathing freely of also can avoiding has dry mash to adhere to its pore situation of blocking, to maintain smoothness of bleeding, then control unit orders about taking out that the portion of drawing 18 of taking out of body 1 links and draws power source and convert malleation to, with open-work 141 air inlet set by die 14, and make muffin 5 depart from sticking die 14, control unit drives flexible power source thereupon, to be with mavable module core 14 that muffin 5 is ejected molding space 15 via drive link 142.
See also shown in Fig. 5, the displacement power source driving feeding unit 4 to link by control unit again drives feeding unit 4 to be moved to muffin 5, then power source start is drawn in taking out of driving feeding unit 4 to link, so that muffin 5 is adsorbed in feeding unit 4, the displacement power source that control unit drives feeding unit 4 to link again thereupon drives feeding unit 4 to reset, then it is taken out and draws power source start to stop feeding unit 4, with the absorption of release to muffin 5, and make muffin 5 fall into the default aluminium dish splendid attire in below, then control unit drives seal cover 2 towards body 1 direction feeding again, closely to cover via the open end 12 of ventilative material 3 by discharge chambe 11, in time carrying out next muffin and make, the taking out of the portion of drawing 18 of taking out link that control unit can order about body 1 draws power source to discharge chambe 11 air inlet, and the dry mash being attached to die 14 open-work 141 is blown down, according to this seal cover 2 being covered again blow step can effectively prevent dry mash from sending forth in air, institute causes the problems such as dust pollution.
Moreover, when the utility model is implemented on the making of wet type muffin, see also shown in Fig. 6, a feeding unit 19 is linked further in the place of pan feeding portion 17 of body 1, to couple mutually with control unit, this feeding unit 19 can be a screw motor Zu Deng mechanism, and makes this feeding unit 19 be linked with a wet-milling source, taking out of separately making the portion of drawing 23 of taking out of the portion of drawing 18 of taking out of this body 1 and seal cover 2 link is drawn power source and is set to suction pump, or any mechanism making space produce negative pressure, accordingly, see also shown in Fig. 7, when using enforcement, the wet mash of solvent will be mixed with by wet-milling source by feeding unit 19, squeeze in molding space 15 by pan feeding portion 17, or also can wet mash directly be inserted in its molding space 15 by the open end 12 of discharge chambe 11, by die 14, wet mash is compressed in powder agglomates shape again, see also shown in Fig. 8, then power source is drawn by open-work 141 multiple on die 14 by taking out of linking of the portion of drawing 18 of taking out of body 1, solvent contained by air in molding space 15 and wet mash is extracted out in the lump, simultaneously, what the portion of drawing 23 of taking out of seal cover 2 linked take out is drawn power source and is also extracted out by the solvent of air and wet mash in molding space 15 by this ventilative material 3, in by after in molding space 15, contained by wet mash, solvent is extracted out completely, namely the powder agglomates of this wet mash forms consolidation muffin 5 shape, again by seal cover 2 homing and furl this ventilative material 3, and make die 14 that this muffin 5 is ejected molding space 15, aluminium dish splendid attire is inserted after being adsorbed by this muffin 5 by feeding unit 4.
Aforesaid embodiment or accompanying drawing non-limiting pressed powder forming machine embodiment of the present utility model, the discharge chambe 11 of body 1 of the present utility model is not limited to one or two settings, also can in shaping more than three the adjacent discharge chambes 11 of body 1, and by the molding space 15 of each discharge chambes 11 of input such as different colours dry mash or wet mash, according to this, make to provide polychrome muffin, another the utility model also can omit body 1 the portion of drawing 18 of taking out and link take out the setting of drawing power source, and only draw power source by taking out of linking of the portion of drawing 23 of taking out of seal cover 2 and carry out bleeding or extracting the operations such as solvent, in addition, the utility model is more by shapes such as input different colours powder and change dies, monochromatic with easy production, the muffin of polychrome and various shape, there is in all art the suitable change or modification of usually knowing that the knowledgeable does, the protection category not departing from pressed powder forming machine of the present utility model all should be considered as.
From said structure and embodiment, the utility model tool has the following advantages:
1, pressed powder forming machine of the present utility model is respectively provided with in body and seal cover and takes out the portion of drawing, power source is drawn to link to take out, thus, utilize body and seal cover to link two take out the synchronous start of drawing power source, can improve to take out and draw powder powder feeding efficiency, simultaneously when compression forming muffin, separately drawn by two-way the taking out of drawing power source of taking out of body and seal cover, more can increase the extraction such as air and solvent between dry mash or wet mash, be closely integrated into muffin efficiency, separately covered by ventilative material, then suitably can increase the open-work aperture of seal cover, to improve its drawing ratio further again, accordingly, effectively reach effects such as promoting muffin making production capacity.
2, pressed powder forming machine of the present utility model is provided with ventilative material between body and seal cover, and make that ventilative material is rollable renews section, when making to make each muffin, muffin surface all can contact with the ventilative material section of cleaning, in this, can avoid ventilative material section remaining powder or impurity etc. when previous muffin makes, cause muffin surface contamination and out-of-flatness situation, and the utility model in by muffin splendid attire in aluminium dish time, the one side contacted with die is placed in aluminium dish, and this face contacted with ventilative material can be upward, clean according to this, pollution-free and smooth high-quality muffin, reach and attract consumer to buy, promote the benefits such as its sales rate.
3, pressed powder forming machine of the present utility model is by shapes such as input different colours powder and change dies, with the easy muffin producing monochrome, polychrome and various shape, especially the utility model will be attached to die open-work powder again and blow down design after covering discharge chambe open end by seal cover, more can reach and prevent powder from sending forth in air, to reduce dust pollution effect.
4, pressed powder forming machine of the present utility model is applicable to the making of dry mash and wet mash, and therefore, muffin manufacturer need not buy many moneys such as dry type and wet type pressed powder forming machine respectively, reaches benefits such as alleviating manufacturing cost.
Claims (8)
1. a pressed powder forming machine, is characterized in that, described pressed powder forming machine comprises:
One body, at least one discharge chambe is provided with in this body, this discharge chambe one end forms an open end, this discharge chambe other end forms a blind end, an adjustable die is provided with in this discharge chambe, the open end of this die and this discharge chambe defines a molding space in this discharge chambe jointly, and this body is in being provided with a pan feeding portion in molding space place, and this pan feeding portion communicates with this molding space;
One seal cover, it is arranged at one end place of the discharge chambe open end of this body, sealing lid is to the end of discharge chambe being provided with multiple open-work, this open-work communicates with the hollow chamber in sealing lid, sealing covers in should being connected with one and taking out the portion of drawing in place of hollow chamber, and this is taken out the portion of drawing and communicates with this hollow chamber;
One ventilative material, this ventilative material forms multiple pore, and this ventilative material is between this body and seal cover, and this ventilative material covers the open end of this discharge chambe, and sealing lid is covered on the open end of this discharge chambe by this ventilative material.
2. pressed powder forming machine as claimed in claim 1, it is characterized in that, this adjustable die connects a drive link one end further, the blind end of this discharge chambe is provided with a perforation, outside this drive link other end is piercing in by this perforation, this drive link passes one end outside this discharge chambe, and flexible power source is connected with one further, the portion of drawing of taking out of sealing lid takes out with one further and draws power source and be connected, the place of pan feeding portion of this body is linked with a dry powder source, sealing lid is connected with a feeding power source further, and this ventilative material and furls power source and is connected.
3. pressed powder forming machine as claimed in claim 2, it is characterized in that, jointly one stroke space is defined in this discharge chambe between the blind end of the discharge chambe of this body and this adjustable die, this body is provided with one in corresponding the trip space place and takes out the portion of drawing, this is taken out the portion of drawing and communicates with the trip space, this is taken out the portion of drawing and is linked with one further and takes out and draw power source, and this adjustable die runs through further multiple open-work.
4. pressed powder forming machine as claimed in claim 3, is characterized in that, the taking out that the portion of drawing links of taking out of sealing lid draws power source, and this body take out that the portion of drawing links take out and draw power source and be vavuum pump.
5. pressed powder forming machine as claimed in claim 1, it is characterized in that, this adjustable die connects a drive link one end further, the blind end of this discharge chambe is provided with a perforation, outside this drive link other end is piercing in by this perforation, this drive link passes one end outside this discharge chambe, and flexible power source is connected with one further, the portion of drawing of taking out of sealing lid takes out with one further and draws power source and be connected, the place of pan feeding portion of this body is linked with a feeding unit, this feeding unit is linked with a wet-milling source, sealing lid is connected with a feeding power source further, this ventilative material and one furls power source and is connected.
6. pressed powder forming machine as claimed in claim 5, it is characterized in that, jointly one stroke space is defined in this discharge chambe between the blind end of the discharge chambe of this body and this adjustable die, this body is provided with one in corresponding the trip space place and takes out the portion of drawing, this is taken out the portion of drawing and communicates with the trip space, this is taken out the portion of drawing and is linked with one further and takes out and draw power source, and this adjustable die runs through further multiple open-work.
7. pressed powder forming machine as claimed in claim 6, is characterized in that, the taking out that the portion of drawing links of taking out of sealing lid draws power source, and this body take out that the portion of drawing links take out and draw power source and be suction pump.
8. pressed powder forming machine as claimed in claim 1, it is characterized in that, this pressed powder forming machine includes a feeding unit further, and this feeding unit is by between this body and ventilative material, and this feeding unit and a displacement power source are connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520893373.6U CN205112474U (en) | 2015-11-10 | 2015-11-10 | Muffin make -up machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520893373.6U CN205112474U (en) | 2015-11-10 | 2015-11-10 | Muffin make -up machine |
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| Publication Number | Publication Date |
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| CN205112474U true CN205112474U (en) | 2016-03-30 |
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| CN201520893373.6U Active CN205112474U (en) | 2015-11-10 | 2015-11-10 | Muffin make -up machine |
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| CN (1) | CN205112474U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106671471A (en) * | 2015-11-10 | 2017-05-17 | 濠滢机械企业有限公司 | Pressed powder forming machine |
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2015
- 2015-11-10 CN CN201520893373.6U patent/CN205112474U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106671471A (en) * | 2015-11-10 | 2017-05-17 | 濠滢机械企业有限公司 | Pressed powder forming machine |
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