CN204935711U - A kind of filament cutter - Google Patents
A kind of filament cutter Download PDFInfo
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- CN204935711U CN204935711U CN201520668106.9U CN201520668106U CN204935711U CN 204935711 U CN204935711 U CN 204935711U CN 201520668106 U CN201520668106 U CN 201520668106U CN 204935711 U CN204935711 U CN 204935711U
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- frame
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- feeding pressure
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Abstract
A kind of filament cutter, comprises frame and is arranged on driving mechanism, filament cutting mechanism, feeding pressure mechanism and the feed mechanism in frame, and described filament cutting mechanism and feeding pressure mechanism are all connected with driving mechanism and do straight line under the effect of driving mechanism and move up and down.Be provided with in frame can the filament cutting mechanism that moves up and down of straight line owing to adopting for the utility model, material can be cut into the uniform vertical bar shaped strand of thickness by this filament cutting mechanism, the good looking appearance of strand, sell lover, and the mode realizing cutting that moved up and down by straight line, strand is not easy to fracture, yield rate is high, thus considerably reduce the generation of waste material, reduce processing cost, in frame, be provided with the feeding pressure mechanism with filament cutting mechanism interoperation simultaneously, both carrying out smoothly of material chopping had been ensure that by this feeding pressure mechanism, further increasing again the quality of material chopping, and there will not be cut-in without ball in the process of chopping or the problem such as to cut less, improve production efficiency.The utility model is particularly suitable for the chopping of bamboo shoots.
Description
Technical field
The utility model relates to technical field of food machinery, specifically relates to a kind of filament cutter that can be used for the various shredding foods such as bamboo shoots, radish, sweet potato, taro, potato.
Background technology
In the chopping of numerous food such as bamboo shoots, radish, sweet potato, taro and potato, bamboo shoots chopping for machining requirement relative to other food chopping want high a lot, this is because there is the features such as obvious out-of-shape, difference in size is large, fiber is long in bamboo shoots, therefore common manual filament cutter is difficult to the chopping requirement meeting bamboo shoots, had a strong impact on the crudy of bamboo shoots, and chopping efficiency is low, human cost is high.For this situation, the patent No. is that the Chinese patent of ZL91218760.3 discloses the section of a kind of bamboo shoot, silk machine, the section of these bamboo shoot, silk facility organic frame, mounted motor in frame, driven by motor variable transmission mechanism, conveying mechanism and cutting rotating disk, the so-called rotating disk that cuts is driven by main shaft, and rotating disk is installed slicer and shredding knife, and bamboo shoots are cut into slices or silk with turntable rotation by slicer and shredding knife.But, because the section of these bamboo shoot, silk machine slicer and shredding knife are arranged on to cut on rotating disk, driven by the High Rotation Speed cutting rotating disk and bamboo shoots are cut in flakes or silk, the mode of this rotary cutting can cause bamboo shoot silk to have certain radian, and the variable thickness of bamboo shoot silk, appearance are poor, in the process of simultaneously cutting at High Rotation Speed, easily cause the problems such as bamboo shoot silk fractures, splashing, the chopping weak effect of therefore these bamboo shoot section, silk machine, and a large amount of waste materials can be caused, processing cost is high.Simultaneously, the section of these bamboo shoot, silk machine are in the process of rotary cutting, due to the impact by its structure and cutting way, cannot clear up in time cutting mouth, also there is the edge of a knife and hold susceptible to plugging problem in therefore these bamboo shoot section, silk machine, cannot long time continuous working, have a strong impact on working (machining) efficiency, and add maintenance cost.
Summary of the invention
The purpose of this utility model is for above-mentioned existing problems and deficiency, provides that a kind of chopping is effective, crudy is high, strand thickness is even, production cost is low, can work long hours continuously, filament cutter that production efficiency is high.
The technical solution of the utility model is achieved in that
Filament cutter described in the utility model, be characterized in the driving mechanism, filament cutting mechanism, feeding pressure mechanism and the feed mechanism that comprise frame and be arranged in frame, and described filament cutting mechanism and feeding pressure mechanism are all connected with driving mechanism and do straight line under the effects of driving mechanism and move up and down.
In order to make the chopping of filament cutting mechanism convenient, and there will not be the situation of strand adhesion, above-mentioned filament cutting mechanism comprising gripper shoe, arranging on the supporting plate for the material sheet stock that laterally tableted slicer and setting are used for slicer to be cut on the supporting plate being vertically cut into some shredding knifes of silk, the blade of wherein said slicer arranges down and is provided with locating slot in the position near blade, the point of a knife of described each shredding knife arranges upward and is against the locating slot place on slicer respectively, and described gripper shoe to be arranged on movably in frame and to be connected with driving mechanism.
In order to make the easy accessibility of shredding knife, and be convenient to maintenance or change, above-mentioned each shredding knife to be fixed on a knife rest and to be installed by this knife rest and is fixed in gripper shoe, be positioned at the equidistant laid out in parallel of each shredding knife on knife rest, and each shredding knife is obliquely installed and and is formed with certain angle between slicer respectively.
In order to make, the structure of feeding pressure mechanism is simple, result of use good, above-mentioned feeding pressure mechanism comprises bracing frame and is arranged on for compressing some compressing rods of material on bracing frame abreast downwards, and support frame as described above to be arranged on movably in frame and to be connected with driving mechanism.
In order to make, the structure of feeding pressure mechanism is reliable, binder convenient, and the material of differing heights when using, can be compressed simultaneously, above-mentioned each compressing rod is respectively arranged with adapter sleeve, described each adapter sleeve to be fixed on a plate and to be installed by this connecting plate and is fixed in frame, described each compressing rod is respectively movably in device adapter sleeve thereon, and the upper end of described each compressing rod is respectively arranged with pull bar of being connected movable with bracing frame through the adapter sleeve on it, is respectively arranged with the elastic component for being compressed by the compressing rod on it in described each adapter sleeve downwards.
In order to make, the structure of driving mechanism is simple, easy accessibility, and the interlock of filament cutting mechanism and feeding pressure mechanism can be realized easily, the rocking bar that above-mentioned driving mechanism comprises motor, the eccentric wheel be connected with the turning cylinder of motor and is connected with eccentric wheel, wherein said eccentric wheel contacts with the driving member that feeding pressure mechanism is arranged and connects, described rocking bar is connected with filament cutting mechanism, and described motor is fixed in frame.
In order to avoid the strand blocking edge of a knife, so that filament cutting mechanism can chopping swimmingly continuously, above-mentioned frame is provided with discharging cleaning plate, be formed with crack between described discharging cleaning plate and frame, the blade of described filament cutting mechanism its slicer when cutting material gos deep into the degree of depth certain in crack downwards.
In order to make filament cutting mechanism and the rack-mounted Stability Analysis of Structures of feeding pressure mechanism reliably, and it is smooth and easy to move up and down, and above-mentioned frame is provided with abreast two slide bars, and above-mentioned filament cutting mechanism and feeding pressure mechanism are slidably mounted on described two slide bars.
In order to make action of the present utility model link up, thus be conducive to being better controlled the working angles of material, above-mentioned frame is provided with chain wheel driving mechanism, and described chain wheel driving mechanism is connected with filament cutting mechanism and feed mechanism.
Be provided with in frame can the filament cutting mechanism that moves up and down of straight line owing to adopting for the utility model, moved up and down by the straight line of this filament cutting mechanism, material can be cut into the uniform strand of thickness, and strand is vertical bar shaped, good looking appearance, sell lover, and by straight line move up and down realize cut mode, strand is not easy to fracture, yield rate is high, thus considerably reduce the generation of waste material, reduce processing cost, and processing is steadily, there will not be problems such as cutting splashing, thus be convenient to cleaning and the maintenance of machine; Simultaneously, frame is provided with the feeding pressure mechanism with filament cutting mechanism interoperation, by this feeding pressure mechanism, material is compressed cutting, prevent material from the process of cutting, occurring problems such as overturning or wander off, so both ensure that carrying out smoothly of material chopping, further increasing again the quality of material chopping, and there will not be cut-in without ball in the process of chopping or the problem such as to cut less, improve production efficiency.And, feeding pressure mechanism comprises some compressing rods moved up and down, each compressing rod is respectively arranged with elastic component, make each compressing rod automatically can carry out compression according to the differing heights of material and size by the effect of elastic component to regulate, thus the lower surface of compressing rod is pressed on the outer surface of material all the time, therefore this feeding pressure mechanism not only strong adaptability, and all can provide enough downward thrusts for the material of different size, so that filament cutting mechanism effectively cuts material, thus effectively improve cutting effect.Simultaneously, discharging cleaning plate can also be provided with in frame, filament cutting mechanism can be made to clear up the strand being interposed in knife-edge part while chopping by this discharging cleaning plate, thus ensure that the edge of a knife there will not be the problem of blocking, enable the utility model long time continuous working, drastically increase production efficiency, and reduce maintenance cost.Simultaneously, the chain wheel driving mechanism connecting filament cutting mechanism and feed mechanism can also be provided with in frame, feed mechanism motion pan feeding is driven by this chain wheel driving mechanism when filament cutting mechanism moves upward, action of the present utility model can be made like this to link up, and be convenient to control and regulate, simultaneously more compact structure, result of use are better.Further, structure of the present utility model is reliable, good looking appearance, dismounting and easy to maintenance, easy to manufacture, low cost of manufacture, use safety, and the utility model is applicable to the chopping of various food, is especially applicable to the chopping of bamboo shoots.In addition, filament cutting mechanism also only can be provided with slicer, and does not install shredding knife, makes the utility model become a kind of the slicer for material section, thus makes the utility model have the wide feature of the scope of application.
Below in conjunction with accompanying drawing, the utility model is further described.
Accompanying drawing explanation
Fig. 1 is perspective view of the present utility model.
Fig. 2 is internal structure schematic diagram of the present utility model.
Fig. 3 is cross-sectional view of the present utility model.
Fig. 4 is the perspective view of filament cutting mechanism described in the utility model.
Fig. 5 is the cross-sectional view of filament cutting mechanism described in the utility model.
Fig. 6 is the decomposition texture schematic diagram of filament cutting mechanism described in the utility model.
Fig. 7 is the perspective view of feeding pressure mechanism described in the utility model.
Fig. 8 is the cross-sectional view of feeding pressure mechanism described in the utility model.
Fig. 9 is the decomposition texture schematic diagram of feeding pressure mechanism described in the utility model.
Detailed description of the invention
As shown in Fig. 1-Fig. 9, filament cutter described in the utility model, comprise frame 1 and be arranged on the driving mechanism 2 in frame 1, filament cutting mechanism 3, feeding pressure mechanism 4 and feed mechanism 5, coordination conveniently between binder and blank, occur wandering off in the process of cutting to prevent material or the problem such as upset, filament cutting mechanism 3 and feeding pressure mechanism 4 are all connected with driving mechanism 2 and under the effect of driving mechanism 2, do straight line and move up and down, thus make feeding pressure mechanism 4 while compression material, material is cut into strand by moving downward of filament cutting mechanism 3, because filament cutting mechanism 3 is that straight line moves up and down, the profile of the strand be therefore cut into is vertical bar shaped, the good looking appearance of strand, and carry out chopping by the mode that straight line moves up and down, greatly improve crudy, make yield rate high, waste material is few, thus greatly saved production cost.
Wherein, driving mechanism 2 comprises motor 21 and transmission mechanism, and this transmission mechanism is eccentric wheel drive mechanism, and this eccentric wheel drive mechanism comprises the eccentric wheel 22 be connected with the turning cylinder of motor 21 and the rocking bar 23 be connected with eccentric wheel 22.Filament cutting mechanism 3 comprises gripper shoe 31, be arranged in gripper shoe 31 for by material laterally tableted slicer 32 and be arranged on some shredding knifes 33 that the sheet stock that gripper shoe 31 is used for slicer 32 to be cut into vertically is cut into silk, wherein the blade of slicer 32 is arranged down, the blade of each shredding knife 33 is arranged inwardly, and namely the blade of each shredding knife 33 is towards the side at slicer 32 place; Fully sheet stock can be cut to make shredding knife 33, prevent the situation occurring adhesion between strand, slicer 32 is provided with locating slot 321 in the position near blade, and the point of a knife of each shredding knife 33 is against locating slot 321 place on slicer 32 respectively, thus make to be formed with certain difference in height between each shredding knife 33 and slicer 32, cut into strand completely by shredding knife 33 while of enabling material tableted by slicer 32.Gripper shoe 31 can only be provided with one piece, and slicer 32 and each shredding knife 33 can be arranged in this gripper shoe 31 directly or indirectly; Or gripper shoe 31 can be provided with two pieces, slicer 32 and shredding knife 33 are arranged in one piece of gripper shoe 31 separately, and two pieces of now described gripper shoes 31 are moved by driving mechanism 2 control synchronization.In the present embodiment, gripper shoe 31 is only provided with one piece, and slicer 32 is arranged on the upper inner face of gripper shoe 31, and feed mechanism 5 is positioned at the side at slicer 32 place; And each shredding knife 33 is fixed on a knife rest 34 and is installed by this knife rest 34 to be fixed on the lower outside face of gripper shoe 31, be positioned at each shredding knife 33 equidistantly laid out in parallel on knife rest 34, thus make the thickness of the strand be cut into even, and each shredding knife 33 is obliquely installed respectively from inside to outside, from top to bottom, thus make shape between each shredding knife 33 and slicer 32 at a certain angle, be convenient to material and cut into strand.Because each shredding knife 33 is first arranged on knife rest 34, then be installed in gripper shoe 31 by knife rest 34, therefore shredding knife 33 dismounting and change convenient.And feeding pressure mechanism 4 comprises bracing frame 41 and be arranged on abreast on bracing frame 41 for compressing some compressing rods 42 of material downwards, on each compressing rod 42, be respectively arranged with adapter sleeve 43 simultaneously, and each adapter sleeve 43 is fixed on a plate 44 and installed by this connecting plate 44 and be fixed in frame 1, each compressing rod 42 is respectively movably in device adapter sleeve 43 thereon, and the upper end of each compressing rod 42 is respectively arranged with pull bar 45 of being connected movable with bracing frame 41 through the adapter sleeve 43 on it, the elastic component 46 for being compressed by the compressing rod 42 on it is respectively arranged with downwards in each adapter sleeve 43, this elastic component 46 for spring or other there is flexible object, in the present embodiment, the elastic component 46 adopted is spring, and spring is socketed on pull bar 45, when compressing rod 42 compresses material, because the height of material is different, therefore compressing rod 42 can adjust automatically along the outline of material, now each compressing rod 42 can present height arrangement.For the ease of the installation of filament cutting mechanism 3 and feeding pressure mechanism 4, and Stability Analysis of Structures is reliable, the problem such as there will not be Ka Dun during use or rock, frame 1 is provided with two slide bars 9 abreast, and filament cutting mechanism 3 and feeding pressure mechanism 4 are slidably mounted on described two slide bars 9.In order to make the action of pan feeding, binder and blank link up, and be convenient to control and regulate, frame 1 is provided with chain wheel driving mechanism 10, and this chain wheel driving mechanism 10 is connected with filament cutting mechanism 3 and feed mechanism 5.Feed mechanism 5 comprises conveyer belt and for conveyer belt being arranged on the dwang in frame 1, dwang is rotatably connected in frame 1 by bearing.
As shown in Figure 2, motor 21 is fixed on the lower middle position of frame 1, the outer ring surface of eccentric wheel 22 is arranged to irregular cambered surface, bracing frame 41 slidably device on two slide bars 9, and the middle part of the transverse support bar of bracing frame 41 lower end is provided with driving member 6, this driving member 6 is bearing, the outer circumference surface of this bearing contacts with the outer ring surface of eccentric wheel 22, held by top last item when eccentric wheel 22 rotates and bracing frame 41 is moved upward along slide bar 9 straight line, when eccentric wheel 22 bracing frame 41 is pushed into the highest after, bracing frame 41 is mainly at the moved downward of himself gravity, thus make compressing rod 42 compress material, in the process that bracing frame 41 falls after rise downwards, the periphery of bearing contacts with the outer ring surface of eccentric wheel 22 all the time.The lower end of rocking bar 23 is connected on eccentric wheel 22, its upper end is connected with the lower middle side part of gripper shoe 31, gripper shoe 31 slidably device on two slide bars 9, and gripper shoe 31 is positioned at the inside of bracing frame 41, slicer 32 is positioned on the medial surface of gripper shoe 31, on the lateral surface that shredding knife 33 is positioned at gripper shoe 31 and point of a knife arrange upward, the discharging opening that frame 1 is arranged is positioned at the side at shredding knife 33 place, and material is cut into that silk is direct afterwards dishes out from this discharge outlet.A gear is separately installed with on the top of frame 1 and middle part, the gear being positioned at middle part is connected with the dwang inside conveyer belt, on two gears, be equipped with driving-chain simultaneously, and driving-chain is connected and fixed by connector and gripper shoe 31, when gripper shoe 31 straight line moves up and down, drive dwang to rotate by driving-chain, thus drive conveyer belt feeding by dwang.Compressing rod 42 is positioned at the inner side of gripper shoe 31, and when compressing rod 42 is positioned at minimum point, its lower surface is near the upper surface of conveyer belt.And, conveyer belt ecto-entad, to be mounted obliquely within frame 1 from top to bottom, thus to make conveyer belt while transmission pan feeding, tiltable pan feeding, thus make pan feeding more convenient.
Block to prevent the edge of a knife, frame 1 is provided with discharging cleaning plate 7, crack 8 is formed between this discharging cleaning plate 7 and frame 1, the blade of filament cutting mechanism 3 its slicer 32 when cutting material gos deep into the degree of depth certain in crack 8 downwards, thus make the strand be cut into can not be interposed in the otch of formation between each shredding knife 33, ensure that filament cutter can continuous operation, both improve operating efficiency like this, again reduce maintenance cost.
And, the utility model according to the use needs of reality, can only can be provided with slicer 32, and not install shredding knife 33 in gripper shoe 31, such the utility model only for cutting into slices to material, thus makes the utility model have feature applied widely.
In addition, the power source in driving mechanism 2, except adopting motor 21, can also adopt cylinder or other power source.And, in driving mechanism 2 for drive filament cutting mechanism 3 and feeding pressure mechanism 4 straight line to move up and down transmission mechanism except being set to eccentric wheel drive mechanism, gear drive or double cam transmission mechanism or lead screw transmission mechanism or rack gear or other transmission mechanism can also be set to.When adopting different power sources, its transmission mechanism also can be arranged to the structure can being convenient to its power transmission.And, feed mechanism 5 is except adopting chain wheel driving mechanism 10 drive, can also adopt and arrange separately drive unit to drive in frame 1, now, mutually coordinate to enable each action of filament cutter, can be provided with inductor in frame 1, the action being controlled feed mechanism 5 by inductor is synchronous with the action of filament cutting mechanism 3.And each compressing rod 42 of feeding pressure mechanism 4 also can be adopt cylinder to provide required thrust, or each compressing rod 42 is set to elastic pressuring plate.And, feeding pressure mechanism 4 also can be controlled by the drive unit arranged in addition, instead of be controlled by same driving mechanism 2 as present embodiment, as long as the coordination of feeding pressure mechanism 4 and filament cutting mechanism 3, and feeding pressure mechanism 4 also not necessarily needs entirely straight line to move up and down, as long as compressing rod 42 can realize upper and lower binder.
The chopping method of filament cutter described in the utility model, comprises the steps:
Step one, startup filament cutter, filament cutting mechanism 3 straight line under the driving of driving mechanism 2 moves upward, and filament cutting mechanism 3 drives feed mechanism 5 pan feeding by chain wheel driving mechanism 10 simultaneously;
Step 2, after filament cutting mechanism 3 moves upward to certain height, driving mechanism 2 drives feeding pressure mechanism 4 straight line to move upward;
Step 3, after feeding pressure mechanism 4 moves upward to maximum height, feeding pressure mechanism 4 falls after rise downwards and makes the compressing rod 42 on it compress material under the effect of himself gravity, driving mechanism 2 drives filament cutting mechanism 3 linear downward motion and by the acting in conjunction of the slicer 32 on filament cutting mechanism 3 and shredding knife 33, material is cut into strand simultaneously, and the discharging opening 11 that strand is arranged from frame 1 exports;
Step 4, after needing the material of chopping all to cut, close filament cutter.
The utility model is described by embodiment, but the utility model is not construed as limiting, with reference to description of the present utility model, other changes of the disclosed embodiments, as the professional person for this area easily expects, such change should belong within the scope of the utility model claim restriction.
Claims (9)
1. a filament cutter, it is characterized in that the driving mechanism (2), filament cutting mechanism (3), feeding pressure mechanism (4) and the feed mechanism (5) that comprise frame (1) and be arranged in frame (1), and described filament cutting mechanism (3) and feeding pressure mechanism (4) are all connected with driving mechanism (2) and under the effect of driving mechanism (2), do straight line and move up and down.
2. filament cutter according to claim 1, it is characterized in that above-mentioned filament cutting mechanism (3) comprises gripper shoe (31), be arranged in gripper shoe (31) for by material laterally tableted slicer (32) and be arranged on the some shredding knifes (33) gripper shoe (31) being vertically cut into silk for the sheet stock be cut into by slicer (32), the blade of wherein said slicer (32) arranges down and is provided with locating slot (321) in the position near blade, the point of a knife of described each shredding knife (33) arranges upward and is against locating slot (321) place on slicer (32) respectively, described gripper shoe (31) is arranged on frame (1) movably and goes up and be connected with driving mechanism (2).
3. filament cutter according to claim 2, it is characterized in that above-mentioned each shredding knife (33) be fixed on a knife rest (34) go up and pass through this knife rest (34) install be fixed in gripper shoe (31), be positioned at each shredding knife (33) on knife rest (34) equidistantly laid out in parallel, and each shredding knife (33) be obliquely installed respectively and and be formed with certain angle between slicer (32).
4. filament cutter according to claim 1, it is characterized in that above-mentioned feeding pressure mechanism (4) comprises bracing frame (41) and is arranged on for compressing some compressing rods (42) of material on bracing frame (41) abreast downwards, support frame as described above (41) is arranged on frame (1) movably and goes up and be connected with driving mechanism (2).
5. filament cutter according to claim 4, it is characterized in that above-mentioned each compressing rod (42) is respectively arranged with adapter sleeve (43), described each adapter sleeve (43) be fixed on a plate (44) go up and pass through this connecting plate (44) install be fixed in frame (1), described each compressing rod (42) is respectively movably in device adapter sleeve thereon (43), and the upper end of described each compressing rod (42) is respectively arranged with pull bar (45) of being connected movable with bracing frame (41) through the adapter sleeve (43) on it, the elastic component (46) for being compressed by the compressing rod (42) on it is respectively arranged with downwards in described each adapter sleeve (43).
6. filament cutter according to claim 1, it is characterized in that the rocking bar (23) that above-mentioned driving mechanism (2) comprises motor (21), the eccentric wheel (22) be connected with the turning cylinder of motor (21) and is connected with eccentric wheel (22), wherein said eccentric wheel (22) contacts with the upper driving member (6) arranged of feeding pressure mechanism (4) and connects, described rocking bar (23) is connected with filament cutting mechanism (3), and described motor (21) is fixed in frame (1).
7. filament cutter according to claim 1, it is characterized in that above-mentioned frame (1) being provided with discharging cleaning plate (7), be formed with crack (8) between described discharging cleaning plate (7) and frame (1), the blade of described filament cutting mechanism (3) its slicer (32) when cutting material gos deep into the degree of depth certain in crack (8) downwards.
8. filament cutter according to claim 1, is characterized in that above-mentioned frame (1) being provided with abreast two slide bars (9), and above-mentioned filament cutting mechanism (3) and feeding pressure mechanism (4) are slidably mounted on described two slide bars (9).
9. filament cutter according to claim 1, it is characterized in that above-mentioned frame (1) is provided with chain wheel driving mechanism (10), described chain wheel driving mechanism (10) is connected with filament cutting mechanism (3) and feed mechanism (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520668106.9U CN204935711U (en) | 2015-08-31 | 2015-08-31 | A kind of filament cutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520668106.9U CN204935711U (en) | 2015-08-31 | 2015-08-31 | A kind of filament cutter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204935711U true CN204935711U (en) | 2016-01-06 |
Family
ID=55003164
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520668106.9U Withdrawn - After Issue CN204935711U (en) | 2015-08-31 | 2015-08-31 | A kind of filament cutter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204935711U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105128045A (en) * | 2015-08-31 | 2015-12-09 | 丘春先 | Shredding machine and shredding method thereof |
| CN106863393A (en) * | 2017-04-05 | 2017-06-20 | 郝士冲 | Section chasing-attachment |
-
2015
- 2015-08-31 CN CN201520668106.9U patent/CN204935711U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105128045A (en) * | 2015-08-31 | 2015-12-09 | 丘春先 | Shredding machine and shredding method thereof |
| CN106863393A (en) * | 2017-04-05 | 2017-06-20 | 郝士冲 | Section chasing-attachment |
| CN106863393B (en) * | 2017-04-05 | 2018-12-11 | 郝士冲 | It is sliced chasing-attachment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160106 Effective date of abandoning: 20170620 |