CN205253263U - Stalk -sorting production line is cut to dust protected broken black tea hammer - Google Patents
Stalk -sorting production line is cut to dust protected broken black tea hammer Download PDFInfo
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- CN205253263U CN205253263U CN201520866247.1U CN201520866247U CN205253263U CN 205253263 U CN205253263 U CN 205253263U CN 201520866247 U CN201520866247 U CN 201520866247U CN 205253263 U CN205253263 U CN 205253263U
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- hammer
- cut
- rotating shaft
- stalk
- production line
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Abstract
The utility model provides a stalk -sorting production line is cut to dust protected broken black tea hammer, is including hammer cutter, stalk -sorting machine and material collecting cabin, the hammer cutter is including down casing and last casing, goes up the casing and is equipped with the material hammer down between the casing and cut the chamber, and the material hammer is cut the intracavity and is equipped with pivot I, is equipped with in the pivot I and hammers cutter unit into shape, be equipped with the feed inlet on the top surface of last casing, and upward the front end of casing is equipped with the discharge gate, feed inlet and discharge gate lie in the both ends that the chamber was cut to the material hammer respectively, material collecting cabin is equipped with the powder entry last the correspondence with the discharge gate, is equipped with ejection of compact guide channel between powder entry and the discharge gate, material collecting cabin's bottom is equipped with out the hopper, and the below that goes out the hopper is equipped with and connects hopper I, connects the below of hopper I to be equipped with belt pulley conveyor, cylindrical skeleton and screen cloth are drawn together to the stalk -sorting press packed bale, and the center of cylindrical skeleton is equipped with pivot II, and the one end of pivot II is equipped with rotation supporting mechanism, and the other end is equipped with guide support mechanism and activity supporting mechanism, belt pulley conveyor's discharge end stretches into in the screen cloth.
Description
Technical field
The utility model belongs to red fannings production equipment technical field, and concrete hammers into shape and cut stalk-sorting production line for the red fannings of a kind of dust protected.
Background technology
Red fannings is the bulk product of international tea market, accounts at present 80% left and right of world's tealeaves total export volume, has the history that produces of over one hundred year, and in China's development, is the thing of nearly 30 years. In the production technology of red fannings, first need spreading for cooling, the tealeaves that withers after first chopping, then the tea stalk wherein comprising is rejected. Although cutting machine, existing hammer can meet to a certain extent instructions for use,, still exist hammer to cut the shortcoming that granularity is inhomogeneous and cleaning bothers. And in prior art, large enterprise generally adopts electrostatic stalk extractor to reject the tea stalk in fannings, but electrostatic stalk extractor exists the problem that investment is large, cost is high. And for small business, generally adopt common sieve to screen, exist inefficiency and tea stalk to reject sordid problem.
In addition, in existing equipment, after tealeaves hammer cuts into, generally tealeaves is contained in container and adopts again man-handling of materials to stalk-sorting equipment place, not only waste time and energy, and reduced production efficiency.
Summary of the invention
In view of this, the purpose of this utility model is to provide the red fannings of a kind of dust protected hammer to cut stalk-sorting production line, can meet hammer in red fannings production process and cut and the processing request of stalk-sorting, and can realize material and automatically shift, and can prevent dust pollution.
For achieving the above object, the utility model provides following technical scheme:
The red fannings hammer of a kind of dust protected is cut stalk-sorting production line, comprises hammering into shape to cut machine, stalk pickup machine and be arranged on described hammer and cuts the material collection storehouse between machine and described stalk pickup machine;
Described hammer is cut machine and is comprised that lower house and closed cover are contained in the upper shell on described lower house, one end of described upper shell and described lower house are articulated and connected, between described upper shell and lower house, be provided with material hammer and cut chamber, it is cylindrical that described material hammer is cut chamber, and described material hammer is cut and in chamber, is provided with rotation and coordinates the rotating shaft I being arranged on described lower house, and described rotating shaft I is provided with the hammer cutting knife group of cutting material for hammering into shape; The end face of described upper shell is provided with described material hammer and cuts the charging aperture that chamber communicates, and the front end of described upper shell is provided with described material hammer and cuts the discharging opening that chamber communicates, described charging aperture and discharging opening lay respectively at described material and hammer the two ends of cutting chamber into shape, and the axis horizontal setting of described discharging opening; Also comprise the driving mechanism I for driving described rotating shaft I rotation;
Be provided with powder entrance corresponding to described discharging opening on described material collection storehouse, is provided with dismountable discharging guiding channel between described powder entrance and described discharging opening; The bottom in described material collection storehouse is provided with discharge bucket, and the below of described discharge bucket is provided with receiving hopper I, and the below of described receiving hopper I is provided with the belt pulley conveying device for delivery of material;
Described stalk pickup machine comprises cylindrical skeleton and is arranged on the screen cloth on described cylindrical skeleton, the center of described cylindrical skeleton is provided with rotating shaft II, one end of described rotating shaft II is provided with rotary support mechanism, and the other end is provided with guiding mechanism and for supporting described rotating shaft II and the adjustable movable support mechanism of bearing height; The discharge end of described belt pulley conveying device stretches in the described screen cloth near described rotary support mechanism one end;
Described rotary support mechanism comprises that base for supporting and rotation engage sleeves are contained in the rotating seat in described rotating shaft II, the two ends of described rotating seat are respectively equipped with installation shaft, the axis conllinear of two described installation shaft and with the intersect vertical axis of described rotating shaft II, and described rotating seat is coordinated and is arranged on described base for supporting by described installation shaft rotation;
Described guiding mechanism comprises guide holder, in described guide holder, be provided with the arc-shaped slide rail taking the axis of described installation shaft as axis, in described arc-shaped slide rail, be provided with the slide block being slidably matched with it, described slide block rotation engage sleeves is contained in described rotating shaft II, and described slide block is provided with the driving mechanism II for driving described rotating shaft II rotation;
Described skeleton overcoat is equiped with cylindrical jacket coaxial with it and for connecting material, and described cylindrical jacket is provided with sealing plate near one end of described rotary support mechanism, and the other end is provided with outlet.
Further, the axis of described discharging opening is positioned at described material hammer and cuts the tangential direction in chamber.
Further, described driving mechanism I comprises drive motors, between described drive motors and described rotating shaft, is provided with tape handler.
Further, described hammer cutting knife group comprises that interval is arranged on the cutterhead in described rotating shaft I, and on the periphery wall of described cutterhead, annular is laid with hammer cutting edge; Described hammer cutting edge is the inclined-plane for material is urged to discharging opening from described charging aperture towards the end face of described discharging opening place side.
Further, the described discharging guiding channel side's of being taper, and the direction that the interior hole dimension of described discharging guiding channel points to described powder entrance along described discharging opening increases gradually.
Further, on described discharge bucket periphery wall, parcel is provided with the dustproof cloth bag for preventing dust; On described discharge bucket, be also provided with the control valve for regulating material feed flow.
Further, described movable support mechanism comprises base, is positioned at the installing plate of described base top, between described installing plate and described base, adopt expansion link to be connected, and be installed with support motor on described base, vertical thread bush is installed on the bottom surface of described installing plate, and the output shaft of described support motor is provided with the vertical threaded screw rod coordinating with described vertical thread bush; Described installing plate is provided with two roller seats that are parallel to each other, between two roller seats, be provided with side by side two backing rolls that coordinate and contact with described rotating shaft cooperation with its rotation, the axis of described backing roll is parallel with the axis of described rotating shaft, and two described backing rolls arrange axisymmetricly with respect to the axis of described rotating shaft.
Further, described driving mechanism II comprises the electric rotating machine being fixedly mounted on described slide block, between described electric rotating machine and described rotating shaft II, is in transmission connection.
Further, between described skeleton and described rotating shaft II, annular is laid with supporting linkage; The top of described base for supporting is provided with mounting groove, is arranged on two described installation shaft on described rotating seat and rotates respectively to coordinate and be arranged on the two side of described mounting groove.
Further, described skeleton is provided with the vibrator for patting described screen cloth.
The beneficial effects of the utility model are:
The red fannings of dust protected of the present utility model hammer is cut stalk-sorting production line, is articulated and connected by upper shell and the lower house of hammer being cut to machine, so, in the time of cleaning, can raise upper shell material is hammered into shape and cut chamber and carry out cleaning, easy to maintenance; By hammer cutting knife group is set, can realize the hammer of material is highly necessary asked, and reach the granularity of setting; By material collection storehouse is set, material after hammer is cut is after discharging opening ejection, under the guide effect of discharging guiding channel, directly enter in material collection storehouse, can effectively prevent dust polluting environment, enter material in material collection storehouse and automatically enter in belt pulley conveying device after by discharge bucket and receiving hopper, the tea leaf conveying after belt pulley conveying device is cut hammer is delivered to stalk pickup machine, can realize the automatic transfer of material, not only save manpower, and raise the efficiency;
Stalk pickup machine is by adopting columniform skeleton, and screen cloth is installed on skeleton, so, can form a columniform sieve, to reject the tea stalk of red fannings, by at skeleton, cylindrical jacket being set outward, the material filtering out through screen cloth directly drops in cylindrical jacket, and can effectively avoid the dust polluting environment producing in the time that rotating shaft rotary speed is higher; By the two ends in rotating shaft, rotary support mechanism and guiding mechanism are set respectively, by regulating the bearing height of movable support mechanism, can drive shaft along the track rotation of line centered by the axis by installation shaft, it is the angle of inclination of adjustable skeleton and screen cloth, and then the screening time of control material in screen cloth, and the screen cloth of rotation can be realized the stirring to red fannings, can effectively improve screening efficiency and screening effect, and have advantages of that investment is low.
Brief description of the drawings
In order to make the purpose of this utility model, technical scheme and beneficial effect clearer, the utility model provides following accompanying drawing to describe:
Fig. 1 is the structural representation that the red fannings hammer of the utility model dust protected is cut stalk-sorting production line embodiment;
Fig. 2 is the structural representation that hammer is cut machine;
Fig. 3 is the right view of Fig. 2;
Fig. 4 is the structural representation of hammer cutting knife group;
Fig. 5 is the structural representation of stalk pickup machine;
Fig. 6 is the left view of Fig. 5.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, so that those skilled in the art can better understand the utility model being implemented, but illustrated embodiment is not as to restriction of the present utility model.
As shown in Figure 1, cut the structural representation of stalk-sorting production line embodiment for the red fannings hammer of the utility model dust protected. The red fannings hammer of dust protected of the present embodiment is cut stalk-sorting production line, comprises hammering into shape to cut machine 100, stalk pickup machine 200 and be arranged on hammer cutting the material collection storehouse 300 between machine 100 and stalk pickup machine 200.
Hammer is cut machine 100 and is comprised that lower house 101 and closed cover are contained in the upper shell 102 on lower house 101, one end of upper shell 102 and lower house 101 are articulated and connected, between upper shell 102 and lower house 101, be provided with material hammer and cut chamber, it is cylindrical that material hammer is cut chamber, and material hammer is cut and in chamber, is provided with rotation and coordinates the rotating shaft I 103 being arranged on lower house 101, and rotating shaft I 103 is provided with the hammer cutting knife group of cutting material for hammering into shape. The end face of upper shell 102 is provided with material hammer and cuts the charging aperture 104 that chamber communicates, and the front end of upper shell 102 is provided with material hammer and cuts the discharging opening 105 that chamber communicates, charging aperture 104 and discharging opening 105 lay respectively at material and hammer the two ends of cutting chamber into shape, and the axis horizontal setting of discharging opening 105, the axis of the discharging opening 105 of the present embodiment is positioned at material and hammers the tangential direction of cutting chamber into shape. The anti-gray formula tealeaves hammer cutting apparatus of the present embodiment also comprises the driving mechanism I of rotating for drive shaft I 103. The driving mechanism I of the present embodiment comprises drive motors 6, between drive motors 6 and rotating shaft 3, is provided with tape handler 7.
The hammer cutting knife group of the present embodiment comprises that interval is arranged on the cutterhead 108 in rotating shaft I 103, and on the periphery wall of cutterhead 108, annular is laid with hammer cutting edge 109. The hammer cutting edge 109 of the present embodiment is the inclined-plane for material is urged to discharging opening 105 from charging aperture 104 towards the end face of discharging opening 105 place sides.
Be provided with powder entrance corresponding to discharging opening 105 on the material collection storehouse 200 of the present embodiment, between powder entrance and discharging opening 105, be provided with dismountable discharging guiding channel 201, the bottom in material collection storehouse 200 is provided with discharge bucket 202, the below of discharge bucket 202 is provided with receiving hopper I 203, the below of receiving hopper I 203 is provided with the belt pulley conveying device 204 for delivery of material, preferably, also can on discharge bucket 202 periphery walls, wrap up the dustproof cloth bag that is provided for preventing dust.
Further, 201 sides of the being taper of discharging guiding channel, and the direction that the interior hole dimension of discharging guiding channel 201 points to powder entrance along discharging opening increases gradually. Preferably, on discharge bucket 202, be also provided with the control valve 205 for regulating material feed flow.
The stalk pickup machine 300 of the present embodiment comprises cylindrical skeleton 301 and is arranged on the screen cloth 302 on cylindrical skeleton 301; cylindrical skeleton 301 center is provided with rotating shaft II 303; one end of rotating shaft II 303 is provided with rotary support mechanism, and the other end is provided with guiding mechanism and for supporting revolving shaft II 303 and the adjustable movable support mechanism of bearing height. The discharge end of belt pulley conveying device 204 stretches into one end inside of screen cloth 302 near rotary support mechanism, be that screen cloth 302 is feed end near one end of rotary support mechanism, because screen cloth 302 is cylindrical, its rotation sieves in process, and the discharge end of belt pulley conveying device 204 is stretched into and in screen cloth 302, can not cause interference.
The rotary support mechanism of the present embodiment comprises that base for supporting 304 and rotation engage sleeves are contained in the rotating seat 305 in rotating shaft II 303, the two ends of rotating seat 305 are respectively equipped with installation shaft 306, the axis conllinear of two installation shaft 306 and with the intersect vertical axis of rotating shaft II 303, and rotating seat 305 is coordinated and is arranged on base for supporting 304 by installation shaft 306 rotations. So, rotating shaft II 303 can the axis rotation around installation shaft 306 by rotating seat 305.
The guiding mechanism of the present embodiment comprises guide holder 307, in guide holder 307, be provided with the arc-shaped slide rail 308 taking the axis of installation shaft 306 as axis, in arc-shaped slide rail 308, be provided with the slide block 309 being slidably matched with it, slide block 309 rotates engage sleeves and is contained in rotating shaft II 303, and slide block 309 is provided with the driving mechanism II of rotating for drive shaft II 303. Driving mechanism II can adopt various ways to realize. The driving mechanism II of the present embodiment comprises the electric rotating machine being fixedly mounted on slide block 309, between electric rotating machine and rotating shaft II 303, is in transmission connection.
Further, the movable support mechanism of the present embodiment comprises base 310, is positioned at the installing plate 311 of base 310 tops, between installing plate 311 and base 310, adopt expansion link 312 to be connected, and on base 310, be installed with support motor 313, vertical thread bush 314 is installed on the bottom surface of installing plate 311, and the output shaft of support motor 313 is provided with the vertical threaded screw rod 315 coordinating with vertical thread bush 314. Installing plate 311 is provided with two roller seats 316 that are parallel to each other, between two roller seats 316, be provided with side by side two backing rolls 317 that coordinate and contact with rotating shaft II 303 cooperation with its rotation, the axis of backing roll 317 is parallel with the axis of rotating shaft II 303, and two backing rolls 317 arrange axisymmetricly with respect to the axis of rotating shaft II 303, drive vertical threaded screw rod 315 to rotate by support motor 313, be the height of adjustable backing roll 317, and then regulate the angle of inclination of rotating shaft II 303.
Further, skeleton 301 overcoats are equiped with cylindrical jacket 318 coaxial with it and for connecting material, cylindrical jacket 318 is provided with sealing plate 321 near one end of rotary support mechanism, the other end is provided with outlet, so, in skeleton 301 rotary courses, the dust being produced by red fannings is blocked in cylindrical jacket 318, can effectively avoid dust polluting environment, and cylindrical jacket 318 also has the function connecting material. Between skeleton 301 and rotating shaft II 303, annular is laid with supporting linkage 319. The top of the base for supporting 304 of the present embodiment is provided with mounting groove 320, is arranged on two installation shaft 306 on rotating seat 305 and rotates respectively to coordinate and be arranged on the two side of mounting groove 320. Preferably, skeleton 301 is provided with the vibrator for patting screen cloth 302, for patting screen cloth 302, prevents that the mesh of screen cloth 302 from stopping up.
The red fannings hammer of the dust protected of the present embodiment is cut stalk-sorting production line, is articulated and connected by upper shell and the lower house of hammer being cut to machine, so, in the time of cleaning, can raise upper shell material is hammered into shape and cut chamber and carry out cleaning, easy to maintenance; By hammer cutting knife group is set, can realize the hammer of material is highly necessary asked, and reach the granularity of setting; By material collection storehouse is set, material after hammer is cut is after discharging opening ejection, under the guide effect of discharging guiding channel, directly enter in material collection storehouse, can effectively prevent dust polluting environment, enter material in material collection storehouse and automatically enter in belt pulley conveying device after by discharge bucket and receiving hopper, the tea leaf conveying after belt pulley conveying device is cut hammer is delivered to stalk pickup machine, can realize the automatic transfer of material, not only save manpower, and raise the efficiency; Stalk pickup machine is by adopting columniform skeleton, and screen cloth is installed on skeleton, so, can form a columniform sieve, to reject the tea stalk of red fannings, by at skeleton, cylindrical jacket being set outward, the material filtering out through screen cloth directly drops in cylindrical jacket, and can effectively avoid the dust polluting environment producing in the time that rotating shaft rotary speed is higher; By the two ends in rotating shaft, rotary support mechanism and guiding mechanism are set respectively, by regulating the bearing height of movable support mechanism, can drive shaft along the track rotation of line centered by the axis by installation shaft, it is the angle of inclination of adjustable skeleton and screen cloth, and then the screening time of control material in screen cloth, and the screen cloth of rotation can be realized the stirring to red fannings, can effectively improve screening efficiency and screening effect, and have advantages of that investment is low.
The above embodiment is only the preferred embodiment for absolutely proving that the utility model is lifted, and protection domain of the present utility model is not limited to this. What those skilled in the art did on the utility model basis is equal to alternative or conversion, all within protection domain of the present utility model. Protection domain of the present utility model is as the criterion with claims.
Claims (10)
1. the red fannings hammer of dust protected is cut a stalk-sorting production line, it is characterized in that: comprise hammering into shape to cut machine, stalk pickup machine and be arranged on described hammer and cut the material collection storehouse between machine and described stalk pickup machine;
Described hammer is cut machine and is comprised that lower house and closed cover are contained in the upper shell on described lower house, one end of described upper shell and described lower house are articulated and connected, between described upper shell and lower house, be provided with material hammer and cut chamber, it is cylindrical that described material hammer is cut chamber, and described material hammer is cut and in chamber, is provided with rotation and coordinates the rotating shaft I being arranged on described lower house, and described rotating shaft I is provided with the hammer cutting knife group of cutting material for hammering into shape; The end face of described upper shell is provided with described material hammer and cuts the charging aperture that chamber communicates, and the front end of described upper shell is provided with described material hammer and cuts the discharging opening that chamber communicates, described charging aperture and discharging opening lay respectively at described material and hammer the two ends of cutting chamber into shape, and the axis horizontal setting of described discharging opening; Also comprise the driving mechanism I for driving described rotating shaft I rotation;
Be provided with powder entrance corresponding to described discharging opening on described material collection storehouse, is provided with dismountable discharging guiding channel between described powder entrance and described discharging opening; The bottom in described material collection storehouse is provided with discharge bucket, and the below of described discharge bucket is provided with receiving hopper I, and the below of described receiving hopper I is provided with the belt pulley conveying device for delivery of material;
Described stalk pickup machine comprises cylindrical skeleton and is arranged on the screen cloth on described cylindrical skeleton, the center of described cylindrical skeleton is provided with rotating shaft II, one end of described rotating shaft II is provided with rotary support mechanism, and the other end is provided with guiding mechanism and for supporting described rotating shaft II and the adjustable movable support mechanism of bearing height; The discharge end of described belt pulley conveying device stretches in the described screen cloth near described rotary support mechanism one end;
Described rotary support mechanism comprises that base for supporting and rotation engage sleeves are contained in the rotating seat in described rotating shaft II, the two ends of described rotating seat are respectively equipped with installation shaft, the axis conllinear of two described installation shaft and with the intersect vertical axis of described rotating shaft II, and described rotating seat is coordinated and is arranged on described base for supporting by described installation shaft rotation;
Described guiding mechanism comprises guide holder, in described guide holder, be provided with the arc-shaped slide rail taking the axis of described installation shaft as axis, in described arc-shaped slide rail, be provided with the slide block being slidably matched with it, described slide block rotation engage sleeves is contained in described rotating shaft II, and described slide block is provided with the driving mechanism II for driving described rotating shaft II rotation;
Described skeleton overcoat is equiped with cylindrical jacket coaxial with it and for connecting material, and described cylindrical jacket is provided with sealing plate near one end of described rotary support mechanism, and the other end is provided with outlet.
2. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: the axis of described discharging opening is positioned at described material and hammers the tangential direction of cutting chamber into shape.
3. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: described driving mechanism I comprises drive motors, between described drive motors and described rotating shaft, is provided with tape handler.
4. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: described hammer cutting knife group comprises that interval is arranged on the cutterhead in described rotating shaft I, and on the periphery wall of described cutterhead, annular is laid with hammer cutting edge; Described hammer cutting edge is the inclined-plane for material is urged to discharging opening from described charging aperture towards the end face of described discharging opening place side.
5. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: the described discharging guiding channel side's of being taper, and the direction that the interior hole dimension of described discharging guiding channel points to described powder entrance along described discharging opening increases gradually.
6. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: on described discharge bucket periphery wall, parcel is provided with the dustproof cloth bag for preventing dust; On described discharge bucket, be also provided with the control valve for regulating material feed flow.
7. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: described movable support mechanism comprises base, is positioned at the installing plate of described base top, between described installing plate and described base, adopt expansion link to be connected, and be installed with support motor on described base, vertical thread bush is installed on the bottom surface of described installing plate, and the output shaft of described support motor is provided with the vertical threaded screw rod coordinating with described vertical thread bush; Described installing plate is provided with two roller seats that are parallel to each other, between two roller seats, be provided with side by side two backing rolls that coordinate and contact with described rotating shaft cooperation with its rotation, the axis of described backing roll is parallel with the axis of described rotating shaft, and two described backing rolls arrange axisymmetricly with respect to the axis of described rotating shaft.
8. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: described driving mechanism II comprises the electric rotating machine being fixedly mounted on described slide block, between described electric rotating machine and described rotating shaft II, is in transmission connection.
9. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: between described skeleton and described rotating shaft II, annular is laid with supporting linkage; The top of described base for supporting is provided with mounting groove, is arranged on two described installation shaft on described rotating seat and rotates respectively to coordinate and be arranged on the two side of described mounting groove.
10. the red fannings hammer of dust protected according to claim 1 is cut stalk-sorting production line, it is characterized in that: described skeleton is provided with the vibrator for patting described screen cloth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520866247.1U CN205253263U (en) | 2015-11-03 | 2015-11-03 | Stalk -sorting production line is cut to dust protected broken black tea hammer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520866247.1U CN205253263U (en) | 2015-11-03 | 2015-11-03 | Stalk -sorting production line is cut to dust protected broken black tea hammer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205253263U true CN205253263U (en) | 2016-05-25 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520866247.1U Expired - Fee Related CN205253263U (en) | 2015-11-03 | 2015-11-03 | Stalk -sorting production line is cut to dust protected broken black tea hammer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205253263U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108325690A (en) * | 2017-12-26 | 2018-07-27 | 共同科技开发有限公司 | A kind of feed stuff reducing device of dual crushing |
-
2015
- 2015-11-03 CN CN201520866247.1U patent/CN205253263U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108325690A (en) * | 2017-12-26 | 2018-07-27 | 共同科技开发有限公司 | A kind of feed stuff reducing device of dual crushing |
| CN108325690B (en) * | 2017-12-26 | 2021-07-06 | 山东天聚安普瑞农牧发展有限公司 | Dual kibbling fodder reducing mechanism |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160525 Termination date: 20171103 |