CN201072967Y - Press packed tea automatic sectional pattern - Google Patents
Press packed tea automatic sectional pattern Download PDFInfo
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- CN201072967Y CN201072967Y CNU2007201048179U CN200720104817U CN201072967Y CN 201072967 Y CN201072967 Y CN 201072967Y CN U2007201048179 U CNU2007201048179 U CN U2007201048179U CN 200720104817 U CN200720104817 U CN 200720104817U CN 201072967 Y CN201072967 Y CN 201072967Y
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Abstract
The utility model relates to a compaction tea automatic compound die, comprising a frame device, a molding, pressure distribution and demoulding device and a mould cleaning device, wherein, the frame device is the body frame forming the die; the bottom plate and the supporting plate are supported by a return spring on a guide mechanism; the function of the molding, pressure distribution and demoulding device is to form the material into the compaction tea finished product of required shape and weight in the device by the force. The utility model has the advantages of increasing the work efficiency effectively and reducing production cost by adopting split type and modular design, fast cleaning the sticking mould by the special mould cleaning device, uniformly distributing the pressure provided by the mainframe to every molding surface by a special spring washer adopting the floating principle, and effectively ensuring the quality of a plurality of pieces.
Description
Technical field:
The utility model relates to the compressed tea production equipment, especially a kind of compressed tea Automatic Combined mould.
Background technology:
Special plane special use, single-piece work, conventional machining process such as hand ejection are all continued to use in Pu'er tea compressed tea processing for a long time.Therefore working (machining) efficiency is low, the cost height, and working strength is big.
Summary of the invention:
The purpose of this utility model provides a kind of compressed tea Automatic Combined mould, by adopting split type and modularized design, can effectively improve working (machining) efficiency, reduces production costs.
The utility model is achieved through the following technical solutions:
It comprises the frame mounting that has base plate and supporting plate, moulding, the demoulding and pressure distribution device, clear die device is connected with the guiding mechanism of being made up of knob, fairlead, the last axis of guide, screw rod, nut, the following axis of guide, return spring between base plate and the supporting plate, it is characterized in that:
The supporting plate on A, the base plate that is positioned at the frame mounting bottom and top connects with the following axis of guide and the last axis of guide respectively, between the last axis of guide and the following axis of guide fairlead is arranged, and is set with return spring outside the upper and lower axis of guide, and return spring is supported between base plate and the supporting plate;
B, moulding, the demoulding and pressure distribution device are by cope match-plate pattern, stripper plate, lower bolster, the cope match-plate pattern sphere is jumped pin, the stripper plate sphere is jumped pin, spring, drift, the drift location-plate, guide pin bushing, cushion, lower connecting plate, cushion block is formed, cope match-plate pattern and stripper plate are positioned on the lower bolster successively, lower bolster connects and forms packing cavity with supporting plate in the frame mounting, packing cavity upper end communicates with moulding hole on the stripper plate, the drift upper end is positioned at packing cavity, the drift lower end is connected with a guide pin bushing, guide pin bushing is contained in the locating hole of drift location-plate and is supported on the cushion that is positioned on the lower connecting plate, lower connecting plate be supported on the joining cushion block of base plate on and combine as a whole with the drift location-plate;
C, clear die device is by the linkage of locking, following locking bar mechanism, locking bar interlock switching mechanism is formed, lock linkage by the axis of guide, upper bracket, prop up marshall springs, last locking bar, upper connecting rod, lock lever spring is formed, following locking bar mechanism is by undersetting, following locking bar, lower connecting rod, lock lever spring, hanger is formed, locking bar interlock switching mechanism is by handwheel, OHC, following camshaft is formed, in load onto locking bar upper bracket link to each other with supporting plate by screw, in the undersetting of locking bar is housed down by screw and bottom plate connecting, on, following locking bar, respectively with last, lower connecting rod is an one with screw attachment; The lower connecting plate screw attachment of hanger and punch-head assembly; Following locking bar may be locked in hanger, and when needing the cleaning sticking to mould, following locking bar separates with hanger.
Moulding hole on the described stripper plate is up big and down small taper hole.
There is the cope match-plate pattern sphere to jump pin between described cope match-plate pattern and the lower bolster.
The stripper plate sphere is housed between described stripper plate and the lower bolster jumps pin.
The knob of regulating distance between base plate and the supporting plate is arranged on the described guiding mechanism, and knob is fixed on screw tip, and the nut that the screw rod lower end connects connects with the following axis of guide.
Between described drift lower surface and the guide pin bushing upper surface demoulding spring is housed.
The utility model possesses following advantage compared with the prior art:
The range of work extensively, high efficiency.
Because of mould adopts split-type design, can on same main frame, process the technology tea of different shape and size by mold exchange more; And can adopt the mode of intersection progressive die to process difformity and big or small technology tea in same working hour, do not wait as one-shot forming 2-100 spare.On same mould, need not renewal part, can realize the processing of same shape different material technology tea, satisfy various needs of users by adjusting device.
Can not provide the main frame of effective pressure to use as long as main frame is had special requirement,, can improve the service efficiency of main frame to greatest extent and reduce the input of producer equipment as long as can provide the main frame of effective pressure to use.And because of adopting split-type design can realize that same main frame can use this mould also can use other existing mold to not the taking of main frame.
The utility model is specially adapted to the batch process of substance at the following compressed tea of 20g, as the processing of the beautiful cake of 5g, Tuo tea.
With the 5g compressed tea is example, and existing equipment adopts the processing technology of special plane, single mode, single-piece, hand ejection, and per tour three people by 8 hours working days, can only produce 40kg, 3 yuan/kg of wage for workmen's cost.
The Automatic Combined mould that the utility model provides adopts multimode, many, automatic demoulding, per tour four-player, and two molds intersection progressive die can be produced 350kg by 8 hours working days, 0.8 yuan/kg of wage for workmen's cost.
Adopt unique demolding structure can realize automatic demoulding, special clear mold mechanism can be realized quick cleaning to sticking to mould.
2. Forming Quality is stable:
Because of adopting floating principle can be evenly distributed to each forming surface, effectively guarantee the multi up moIdiag quality by the pressure that the special bullet pad provides main frame.
3. safety simple to operate:
During material loading, filler is effectively avoided security incident outside main frame.
4. simple in structure, maintenance and use cost are low:
The employing of Automatic Combined mould is split type to make main frame and mold realize effectively separating with modularized design, can realize independent care and maintenance to mould.
Description of drawings:
Fig. 1 is the overall structure front view of the utility model mould.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the B-B cutaway view of Fig. 2.
Fig. 4 is the left view of Fig. 1.
Fig. 5 is the D-D cutaway view of Fig. 1.
Fig. 6 is that the F-F section of Fig. 2 relates to the partial sectional view of die device clearly.
Fig. 7 is the intersection use principle schematic diagram of two cover Automatic Combined moulds.
Fig. 8 is the Automatic Combined mould structure schematic diagram of the big compressed tea of processing.
Fig. 9 is the Automatic Combined mould user mode figure of the big compressed tea of processing.
The specific embodiment:
Reach embodiment in conjunction with the accompanying drawings and describe, but protection domain of the present utility model is not limited to accompanying drawing and embodiment.
Shown in Fig. 1～6: the Automatic Combined mould is mainly by frame mounting, moulding, pressure distribution and stripper apparatus, and clear die device is formed.
Frame mounting is a main stand of forming mould, is connected with the guiding mechanism of being made up of knob 18, the last axis of guide 21, fairlead 20, screw rod 22, nut 23, the following axis of guide 24, return spring 25 by screw by base plate 1, supporting plate 15.Base plate 1 supports by the return spring on the guiding mechanism 25 with supporting plate 15, when supporting plate 15 is subjected to downward external force, can horizontal movement downwards under the effect of guiding mechanism, and compress return spring 25 simultaneously.When external force loses rear supporting plate 15 horizontal reset upwards under the return spring effect.Distance between base plate 1 and the supporting plate 15 can be adjusted by the knob in the rotary steering mechanism 18.The length of adjusting screw(rod) 22 can realize the loosening and compress of return spring 25, thus reach change two distances between plates from purpose.
The function of moulding, the demoulding and pressure distribution device is to make material form required definite shape, the compressed tea finished product of constant weight fast by the external force effect in its device.
Moulding, the demoulding, pressure distribution device are made up of cope match-plate pattern 11, stripper plate 12, lower bolster 13, cope match-plate pattern sphere jumping pin 10, stripper plate sphere jumping pin 19, spring 9, drift 14, drift location-plate 17, guide pin bushing 6, cushion 4, lower connecting plate 3, cushion block 31.
Supporting plate 15 in lower bolster 13 usefulness screws and the frame mounting links, and the cope match-plate pattern sphere is housed on the lower bolster 13 jumps pin 10 and stripper plate sphere jumping pin 19, jumps pin by sphere stripper plate 12, cope match-plate pattern 11 are located with lower bolster 13.Guide pin bushing 6 is contained in the locating hole of drift location-plate 17, connects with drift 14 by screw, and the guide pin bushing 6 after the connection can move up and down in the locating hole of drift location-plate 17 with drift 14.
The flexible pad 4 of guide pin bushing 6 underlays forms punch-head assembly after combining as a whole by lower connecting plate 3 usefulness screws and drift location-plate 17.The lower connecting plate 3 of punch-head assembly lower end is supported with base plate 1 joining cushion block 31, and the front portion of upper end drift 14 is stretched into all the time in the hole that lower bolster 13 and supporting plate 15 are formed, and forms packing cavity.
The material forming process:
Removing cope match-plate pattern 11, stripper plate 12 backs adds material and puts down in packing cavity, when close under the location of cope match-plate pattern sphere jumping pin 10 and stripper plate sphere jumping pin 19 stripper plate 12, cope match-plate pattern 11 are subjected to downward external force when cope match-plate pattern 11, the cope match-plate pattern sphere jumps pin 10 and the stripper plate sphere is jumped pin 19 compression springs 9, cope match-plate pattern 11, stripper plate 12, lower bolster 13 are in contact with one another and after supporting plate 15 compresses return spring 25 in the guiding mechanism, parallel motion downwards under the effect of guiding mechanism.Under the support of cushion block 31 keep motionless with drift 14 joining assemblies this moment, and packing cavity diminishes gradually, and material constantly is pushed into cope match-plate pattern 11 1 ends by drift, and is extruded moulding in stripper plate 12.
Because of when filler, guaranteeing material unanimity in each packing cavity, can not be evenly distributed in each chamber by build-up of pressure phenomenon such as the finished product after the moulding degree of tightness can occur and differs like this, and is rough, and generation waste product when compressing moulding.Can allow when the moulding drift 14 produce certain floating by the cushion under the guide pin bushing 64, pressure can effectively be distributed on all drifts 14 like this, guarantees that the material in each chamber can both fully be pushed, and makes the finished product degree of tightness unanimity after the moulding, smooth surface improves qualification rate.
Knockout course:
After the external force on the cope match-plate pattern 11 lost gradually, the return spring 25 on the guiding mechanism promoted supporting plate 15, and drive lower bolster 13, stripper plate 12, cope match-plate pattern 11 move upward together, and this moment, punch-head assembly was motionless.Molding materials lower surface that compresses and drift 14 surfaces break away from.Stripper plate 12, cope match-plate pattern 11 are separated from each other under the promotion of cope match-plate pattern sphere jumping pin 10 and stripper plate sphere jumping pin 19, the forming surface of molding materials upper surface and cope match-plate pattern 11 breaks away from, molding materials after the disengaging is all stayed on the stripper plate 12, because of the moulding hole of stripper plate 12 is up big and down small taper holes, can guarantee can not brought in the lower bolster 13 by drift 14 when the drift 14 and the molding materials demoulding, taper hole is the final demoulding of favourable molding materials also.Remove cope match-plate pattern 11, lift stripper plate 12 and turn over turnback, knock stripper plate 12 molding materials is separated fully with stripper plate 12.
Clear die device
Clear die device is by the linkage of locking; following locking bar mechanism; locking bar interlock switching mechanism is formed; function is in the use of mould; the molded surface of drift 14 and material produce mold sticking through regular meeting in the extrusion process; behind the sticking to mould as cleaning immediately can not have influence on moulding next time, makes the material surface of moulding not only whole, causes waste product.Clear die device can be cleared up the adhesive of drift 14 forming surface quickly and easily.
The linkage of locking is made up of the axis of guide 32, upper bracket 33, a marshall springs 35, last locking bar 26, upper connecting rod 27, lock lever spring 30.
Be contained in and in the pilot hole of upper bracket 33, move vertically upper bracket 33 interior last locking bars 26 compress lock lever spring 30 when being subjected to axial force after.Upper bracket 33 links to each other with supporting plate 15 by screw, adjusts the screw compression or loosens a marshall springs 35, and upper bracket 33 can move up and down along the axis of guide 32.Can change distance between upper bracket 33 and the supporting plate 15 by adjusting screw, required locked position when making locking bar 26 arrive clear mould, locking bars 26 and upper connecting rod 27 usefulness screw attachment are one on two.
Following locking bar mechanism is by undersetting 34, locking bar 28, lower connecting rod 29, lock lever spring 30, hanger 2 are formed down.Be contained in and in the pilot hole of undersetting 34, move vertically undersetting 34 interior following locking bars 28 compress lock lever spring 30 when being subjected to axial force after.Undersetting 34 connects with base plate 1 by screw, and hanger 2 is used screw attachment with the lower connecting plate 3 of punch-head assembly.Two following locking bars 28 are one with lower connecting rod 29 usefulness screw attachment.
Locking bar interlock switching mechanism is made up of handwheel 16, OHC 8, following camshaft 7.OHC 8 links to each other with supporting plate 15 with pin with handwheel, and following camshaft 7 links to each other with base plate 1.OHC 8 has the hollow shaft of a square hole for the lower end, and square hole matches with the square shaft of following camshaft 7, and diaxon installs at present that the square shaft of camshaft 7 inserts in the square hole of OHC 8, and the cam on the diaxon becomes 90 to spend angles.Rotate handwheel 16 OHC 8 is rotated, and camshaft 7 rotates together under allowing under the effect of square hole.
Clear modulus principle:
When mould did not in use have sticking to mould, locking bar interlock switching mechanism was in, and the cam on the OHC 8 backs down upper connecting rod 27, and upper connecting rod 27 drives are gone up locking bar 26 compression lock lever springs 30 and retreated in the upper bracket 33.Cam on the following camshaft 7 is decontroled lower connecting rod 29, under the effect of lock lever spring 30, and the position that following locking bar 28 stretches out undersetting 34 and pins hanger 2.Like this punch-head assembly will be locked in mold bottom can not lifting, can be directly after the molding materials demoulding in packing cavity filler carry out moulding next time.
Find during moulding to have when needing behind a small amount of sticking to mould clear up to drift 14, handwheel 16 in the rotation locking bar interlock switching mechanism rotates 90 degree, and the cam on the OHC 8 unclamps upper connecting rod 27 at this moment, under the effect of lock lever spring 30, last locking bar 26 stretches out upper bracket 33.Cam on the following camshaft 7 backs down lower connecting rod 29, and locking bar 28 compression lock lever springs 30 retreated in the undersetting 34 under lower connecting rod 29 drove, and following locking bar 28 separates with hanger 2.The linkage of locking that supporting plate 15 compression return springs 25 and drive are attached thereto during the material extrusion forming moves downward together.When the last locking bar 26 on the linkage of locking with after drift location-plate 17 on the punch-head assembly contacts, under the effect on inclined-plane, last locking bar 26 is pressed in the upper bracket 33, continue to move downward two isolation of components along with last locking bar 26, last locking bar 26 resets under the effect of lock lever spring 30 and stretches out upper bracket 33, on this moment locking bar 26 be in drift location-plate 17 below.Material forming is finished rear supporting plate 15 and is moved upward under return spring 25 effects, and punch-head assembly is lifted by the elastic force of last locking bar 26 by return spring 25.Remove stripper plate 12 after the demoulding, drift 14 has been promoted to the top of lower bolster 13, so just can clear up fast the molded surface of drift 14.Handwheel 16 after cleaning is finished in the rotation locking bar interlock switching mechanism rotates 90 degree.Locking bar 26 is pulled in the upper bracket 33 on this moment, and following locking bar 28 is released undersetting 34 by lock lever spring 30.Punch-head assembly is resetting after by cushion pad 5 dampings under the gravity effect, and is pinned by hanger 2 by locking bar 28 down, so far finishes once clear mold process.
Because of assembling die separates fully with main frame, the process program that can adopt two cover assembling dies to join a main frame when using combination to process compressed tea is processed.Can boost productivity to greatest extent like this.
As Fig. 7, to be furnished with two auxiliary operation platforms, 39, two cover assembling dies 37 at the two ends of main frame 36 and to be placed on respectively on two red-tape operation platforms 39, assembling die is furnished with auxiliary flatcar 38 for 37 times conveniently to send mould.The another set of assembling die that completes material of one cover assembling die filler on auxiliary operation platform 39 is sent into main frame 36 extrusion formings by auxiliary flatcar 38 during the processing compressed tea, withdraw from main frame 36 after pressurization is finished and carry out work such as demoulding filler, simultaneously another set of ready assembling die is sent into main frame 36 and pressurize.Such two cover assembling dies can intersect and carry out extrusion forming, and this scheme is applicable to that the identical combination die of two covers also is applicable to two covers combination die inequality.
As Fig. 8, shown in Figure 9, when processing thicker greatly compressed tea, the stripper plate of assembling die can be done heavier thicklyer because of the profile of moulding product.With regard to inconvenient staff's operation, can on the basis of original assembling die principle, do some for the compressed tea of this class and change the machine-shaping that realizes it like this.By base plate 1, supporting plate 15 usefulness screws and after guiding mechanism 41 connects, under return spring 25 effects, form the frame mounting of mould.Lower connecting plate 3, cushion 4, drift location-plate 17, drift 14, demoulding spring 40, guide pin bushing 6 are formed punch-head assembly.Lower bolster 13 is used screw attachment with supporting plate 15, the cope match-plate pattern sphere is housed on the lower bolster 13 jumps pin 10, and cope match-plate pattern 11 is jumped pin 10 location by the cope match-plate pattern sphere.Locking bar mechanism 33 usefulness screws are installed on the supporting plate 15.
Remove cope match-plate pattern 11 when processing thicker greatly compressed tea, in the packing cavity that lower bolster 13 and drift 14 form, fill out material, the cope match-plate pattern 11 that closes after locating by cope match-plate pattern sphere jumping pin 10, as shown in Figure 8.During the mould pressurized, cope match-plate pattern 11 compression cope match-plate pattern spheres are jumped pin 10 backs and are moved downward after compressing return spring 25 with lower bolster 13, supporting plate 15.The packing cavity volume constantly dwindles, and material is by drift 14 compression demoulding springs 40, and drift 14 lower surfaces contact with guide pin bushing 6 upper surfaces.When drift location-plate 17 with after locking bar 26 contacts, locking bar 26 under two ramp effect in the locking bar mechanism 33 is pressed in the locking bar mechanism 33, along with supporting plate 15 continue move down locking bar 26 and break away from drift location-plate 17, under spring (drawing among the figure) effect, reset and finally pin drift location-plate 17.Locking bar mechanism 33 was by the effect lifting punch-head assembly of return spring 25, as shown in Figure 9 after material forming was finished.This moment, material was pushed into lower bolster 13 upper ends by drift 14, and was extruded moulding in the tapering position.Material after the moulding is released in lower bolster 13 by demoulding spring 40, finishes knockout course.Twitch locking bar 26 after the demoulding is finished, locking bar 26 breaks away from drift location-plate 17, and punch-head assembly is so far finished the one-shot forming process resetting after by cushion pad 5 dampings under the gravity effect.
Claims (6)
1. compressed tea Automatic Combined mould, comprise the frame mounting that has base plate (1) and supporting plate (15), moulding, the demoulding and pressure distribution device, clear die device, be connected with the guiding mechanism of forming by knob (18), fairlead (20), the last axis of guide (21), screw rod (22), nut (23), the following axis of guide (24), return spring (25) between base plate (1) and the supporting plate (15), it is characterized in that:
The supporting plate (15) on A, the base plate (1) that is positioned at the frame mounting bottom and top connects with the following axis of guide (24) and the last axis of guide (21) respectively, between the last axis of guide and the following axis of guide fairlead is arranged, be set with return spring (25) outside the upper and lower axis of guide, return spring (25) is supported between base plate (1) and the supporting plate (15);
B, moulding, the demoulding and pressure distribution device are by cope match-plate pattern (11), stripper plate (12), lower bolster (13), the cope match-plate pattern sphere is jumped pin (10), the stripper plate sphere is jumped pin (19), spring (9), drift (14), drift location-plate (17), guide pin bushing (6), cushion (4), lower connecting plate (3), cushion block (31) is formed, cope match-plate pattern (11) and stripper plate (12) are positioned on the lower bolster (13) successively, lower bolster connects and forms packing cavity with supporting plate (15) in the frame mounting, packing cavity upper end communicates with moulding hole on the stripper plate (12), the drift upper end is positioned at packing cavity, the drift lower end is connected with a guide pin bushing (6), guide pin bushing is contained in the locating hole of drift location-plate (17) and is supported on the cushion (4) that is positioned on the lower connecting plate (3), and lower connecting plate (3) is supported on to be gone up with the joining cushion block of base plate (1) (31) and combine as a whole with drift location-plate (17);
C, clear die device is by the linkage of locking, following locking bar mechanism, locking bar interlock switching mechanism is formed, lock linkage by the axis of guide (32), upper bracket (33), prop up marshall springs (35), last locking bar (26), upper connecting rod (27), lock lever spring (30) is formed, following locking bar mechanism is by undersetting (34), following locking bar (28), lower connecting rod (29), lock lever spring (30), hanger (2) is formed, locking bar interlock switching mechanism is by handwheel (16), OHC (8), following camshaft (7) is formed, in load onto locking bar (26) upper bracket (33) link to each other with supporting plate (15) by screw, in locking bar (28) are housed down undersetting (34) connect with base plate (1) by screw, on, following locking bar (26,28) respectively with last, lower connecting rod (27,29) is an one with screw attachment; Hanger (2) is used screw attachment with the lower connecting plate (3) of punch-head assembly; Following locking bar (28) may be locked in hanger (2), and when needing the cleaning sticking to mould, following locking bar (28) separates with hanger (2).
2. compressed tea Automatic Combined mould as claimed in claim 1 is characterized in that: the moulding hole on the stripper plate (12) is up big and down small taper hole.
3. compressed tea Automatic Combined mould as claimed in claim 1 is characterized in that: have the cope match-plate pattern sphere to jump pin (10) between cope match-plate pattern and the lower bolster.
4. compressed tea Automatic Combined mould as claimed in claim 1 is characterized in that: the stripper plate sphere is housed between stripper plate and the lower bolster jumps pin (19).
5. compressed tea Automatic Combined mould as claimed in claim 1 is characterized in that: the knob (18) of regulating distance between base plate and the supporting plate (15) is arranged on the guiding mechanism, and knob is fixed on screw tip, and the nut that the screw rod lower end connects connects with the following axis of guide.
6. compressed tea Automatic Combined mould as claimed in claim 1 is characterized in that: demoulding spring (40) is housed between drift lower surface and the guide pin bushing upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201048179U CN201072967Y (en) | 2007-07-23 | 2007-07-23 | Press packed tea automatic sectional pattern |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201048179U CN201072967Y (en) | 2007-07-23 | 2007-07-23 | Press packed tea automatic sectional pattern |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201072967Y true CN201072967Y (en) | 2008-06-18 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201048179U Expired - Fee Related CN201072967Y (en) | 2007-07-23 | 2007-07-23 | Press packed tea automatic sectional pattern |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201072967Y (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102356783A (en) * | 2011-09-29 | 2012-02-22 | 广西梧州茂圣茶业有限公司 | Semi-automatic tea wafer machine and tea wafering process |
| CN102511573A (en) * | 2011-12-23 | 2012-06-27 | 黄一峰 | Safe and rapid compactor for tea cake |
| CN103481536A (en) * | 2013-09-26 | 2014-01-01 | 益阳胜希机械设备制造有限公司 | Full-automatic pressing machine for granular tea |
| CN107467228A (en) * | 2017-09-15 | 2017-12-15 | 滁州昭阳电信通讯设备科技有限公司 | A kind of pre-profiling pressure-type structure of suitable tea cake |
| CN109846066A (en) * | 2019-03-13 | 2019-06-07 | 倪晋挺 | A kind of more pattern compacting composable molds |
-
2007
- 2007-07-23 CN CNU2007201048179U patent/CN201072967Y/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102356783A (en) * | 2011-09-29 | 2012-02-22 | 广西梧州茂圣茶业有限公司 | Semi-automatic tea wafer machine and tea wafering process |
| CN102511573A (en) * | 2011-12-23 | 2012-06-27 | 黄一峰 | Safe and rapid compactor for tea cake |
| CN103481536A (en) * | 2013-09-26 | 2014-01-01 | 益阳胜希机械设备制造有限公司 | Full-automatic pressing machine for granular tea |
| CN103481536B (en) * | 2013-09-26 | 2015-06-24 | 益阳胜希机械设备制造有限公司 | Full-automatic pressing machine for granular tea |
| CN107467228A (en) * | 2017-09-15 | 2017-12-15 | 滁州昭阳电信通讯设备科技有限公司 | A kind of pre-profiling pressure-type structure of suitable tea cake |
| CN109846066A (en) * | 2019-03-13 | 2019-06-07 | 倪晋挺 | A kind of more pattern compacting composable molds |
| CN109846066B (en) * | 2019-03-13 | 2021-08-10 | 倪晋挺 | Multi-pattern pressing combined die |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080618 Termination date: 20110723 |