CN208786585U - Disintegrating mechanism and Full-automatic stripper machine - Google Patents

Disintegrating mechanism and Full-automatic stripper machine Download PDF

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Publication number
CN208786585U
CN208786585U CN201821014925.1U CN201821014925U CN208786585U CN 208786585 U CN208786585 U CN 208786585U CN 201821014925 U CN201821014925 U CN 201821014925U CN 208786585 U CN208786585 U CN 208786585U
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CN
China
Prior art keywords
disintegrating mechanism
disruption
plane
full
particle
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Expired - Fee Related
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CN201821014925.1U
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Chinese (zh)
Inventor
陶文涛
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Shenzhen Tianfu Precision Equipment Co Ltd
Shenzhen Machine Valley Industry Co Ltd
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Shenzhen Tianfu Precision Equipment Co Ltd
Shenzhen Machine Valley Industry Co Ltd
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Priority to CN201821014925.1U priority Critical patent/CN208786585U/en
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Publication of CN208786585U publication Critical patent/CN208786585U/en
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Abstract

The utility model relates to a kind of disintegrating mechanism and Full-automatic stripper machines.For crushing to the clout generated after Full-automatic stripper machine de- material, the disintegrating mechanism includes: at least two mutual pulverization rollers that squeeze of rotation, is provided with several cutters tooth on the pulverization roller, forms holding tank between adjacent cutter tooth on each pulverization roller.The clout after Full-automatic stripper machine de- material is crushed by the way that disintegrating mechanism is arranged, the pulverization roller squeezed is rotated mutually by two to carry out extruding cutting to clout, facilitates storage and recycling after clout is crushed.

Description

Disintegrating mechanism and Full-automatic stripper machine
Technical field
The utility model relates to LED production equipment technologies, more particularly to a kind of disintegrating mechanism and full-automatic de- material Machine.
Background technique
In order to ensure the mechanical strength and light transmission of LED in use, need to be packaged LED chip to be formed LED particle, the encapsulation of through slot LED chip are completed in batches on banded bracket, and completing the LED particle formed after encapsulation needs It to be detached from from bracket, that is, the trailing arm between the pedestal two sides of LED particle and bracket is cut off, realize LED particle and branch The separation of frame, the processing step are referred to as in the industry de- material link.
Need to use Full-automatic stripper machine in LED production, the typically no disintegrating mechanism of current Full-automatic stripper machine, only LED particle is separated with bracket and completes de- material operation, being inconvenient to store after such bracket separation is also inconvenient to recycle.
Utility model content
Based on this, it is necessary in view of the above-mentioned problems, providing a kind of disintegrating mechanism and Full-automatic stripper machine.Can to bracket into Row crushes, and smashed bracket facilitates storage and recycling.
A kind of disintegrating mechanism, for being crushed to the clout generated after Full-automatic stripper machine de- material, the disintegrating mechanism Include: at least two pulverization rollers for mutually rotating extruding, is provided with several cutters tooth, each pulverization roller on the pulverization roller Holding tank is formed between upper adjacent cutter tooth.
It in one of the embodiments, further include particle scraper plate, the particle scraper plate, which has, protrudes into scraping for the holding tank Except portion, the portion of striking off is for removing the particle for being embedded in the holding tank.
The cutter tooth includes base portion and the teeth portion set on the base portion periphery in one of the embodiments,.
The teeth portion has several in one of the embodiments, and is uniformly distributed in the periphery of base portion.
The teeth portion includes that first plane of disruption and second that two angles are acute angle is crushed in one of the embodiments, Face.
First plane of disruption and second plane of disruption are plane in one of the embodiments,.
The teeth portion further includes a guide surface in one of the embodiments, and the guide surface is cambered surface.
First plane of disruption is connect with the base portion in one of the embodiments, the guide surface and the base portion Connection, second plane of disruption are connect with first plane of disruption and the guide surface respectively.
First plane of disruption is tilted towards the direction of rotation of the pulverization roller in one of the embodiments,.
A kind of Full-automatic stripper machine, including disintegrating mechanism described in above-mentioned any one.
By adopting the above technical scheme, the clout after Full-automatic stripper machine de- material is crushed by the way that disintegrating mechanism is arranged, Extruding cutting is carried out to clout by the pulverization roller of two mutual rotation extruding, facilitates storage and again benefit after clout is crushed With.
Detailed description of the invention
Fig. 1 is the overall structure diagram of one of the utility model embodiment Full-automatic stripper machine;
Fig. 2 is the partial structure diagram of one of the utility model embodiment Full-automatic stripper machine, is mainly illustrated The structure of material jacking mechanism;
Fig. 3 is the partial structure diagram at one of the utility model embodiment another visual angle of Full-automatic stripper machine;
Fig. 4 is the partial structure diagram at one of the utility model embodiment another visual angle of Full-automatic stripper machine, Mainly illustrate the structural schematic diagram of second conveyor structure and disintegrating mechanism;
Fig. 5 is the enlarged drawing in Fig. 4 at A;
Enlarged drawing in Fig. 6 Fig. 1 at B;
Fig. 7 is the structural schematic diagram of the scraper component in an embodiment of the present invention;
Fig. 8 is the structural schematic diagram of the material removing mechanism in an embodiment of the present invention;
Fig. 9 is the structural schematic diagram of the cutter tooth in an embodiment of the present invention;
The structural schematic diagram of cutter tooth in another embodiment of Figure 10 the utility model.
Appended drawing reference: 100, rack;110, discharge mechanism;111, turntable;1111, sliding slot;1112, guide pad;1113, it leads To slot;112, hopper;1121, vertical plate;1122, accommodating cavity;1123, fixed plate;1124, sliding panel;1125, the first fixed part; 1126, the second fixed part;1127, the first slide plate;1128, the second slide plate;1129, the first plate;1130, the second plate;113, first Driving assembly;114, sensing chip;115, sensor block;116, through slot;120, material jacking mechanism;121, fixing seat;122, movable plate; 123, top plate;124, the second driving assembly;1241, screw rod;1242, linkage block;1243, limit switch;130, laying mechanism is inhaled; 131, guide rod;132, movable block;133, component suction nozzle;134, driving source;140, the first conveying mechanism;150, material removing mechanism; 1511, scraper component;1512, portion is struck off;1513, fixed frame;1515, body is stitched;1516, fixed column;1517, fixing groove;151, First lower slide;152, the second lower slide;153, the first upper tool post;154, the second upper tool post;155, lower hobboing cutter;156, upper rolling Knife;157, annular blade;158, product offtake;160, second conveyor structure;161, the first side plate;162, the second side plate; 163, the first belt shaft;164, the second belt shaft;165, small rack is adjusted;166, vibrating shaft;167, device is shaken off in clout vibration; 168, adjustment hole;170, disintegrating mechanism;171, third side plate;172, the 4th side plate;173, pulverization roller;174, annular cutter tooth; 175, particle scraper plate;176, waste gate;180, limit for height adjusting block;181, positive stop end;1911, base portion;1912, teeth portion; 1913, first plane of disruption;1914, second plane of disruption;1915, guide surface.
Specific embodiment
The utility model is described more fully referring to relevant drawings for the ease of understanding the utility model,. The utility model preferred embodiment is given in attached drawing.But the utility model can be realized in many different forms, and It is not limited to embodiment described herein.On the contrary, purpose of providing these embodiments is makes the utility model disclosure Understand more preferably thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to To another element or it may be simultaneously present centering elements.On the contrary, when element is referred to as " directly existing " another element "upper", There is no intermediary elements.Term as used herein "vertical", "horizontal", "left" and "right" and similar statement are For illustrative purposes.
A kind of Full-automatic stripper machine, referring to Fig. 1 and Fig. 2, including discharge mechanism 110, the liftout being mounted in rack 100 Laying mechanism 130, the first conveying mechanism 140, material removing mechanism 150, second conveyor structure 160 and disintegrating mechanism 170 are inhaled by mechanism 120. The Full-automatic stripper machine is used to carry out de- material to standoff LED (sheet material), i.e., by putting with standoff LED layer stacked Enter in discharge mechanism 110, material jacking mechanism 120 jacks the standoff LED of a stacked strips, inhales laying mechanism 130 one by one This is drawn with standoff LED, is then placed it on the first conveying mechanism 140, the first conveying mechanism 140 has this The LED of bracket, which is delivered in material removing mechanism 150, carries out de- material, and de- material process realizes that LED particle and bracket (are left after de- material process Holder part be known as clout) separation, after separation LED particle from one outlet be discharged, remaining bracket (clout) continue into Enter second conveyor structure 160, bracket is sent in disintegrating mechanism 170 through second conveyor structure 160 and carries out crushing recycling.
It describes in detail below to above-mentioned Full-automatic stripper machine.
Referring to Fig. 1 and Fig. 2, discharge mechanism 110 includes turntable 111, hopper 112 and the first driving assembly 113.Turntable 111 It is rotatably installed in rack 100, the first driving assembly 113 includes motor and gear set, and first driving assembly 113 is for driving Turn disk 111 along the turntable 111 center axis rotation.Above-mentioned each hopper 112 includes that several are slidably mounted on turntable Vertical plate 1121 on 111, several vertical plates 1121 are encircled into above-mentioned hopper 112, with standoff LED opening from 112 upper end of hopper Mouth is stacked to be put into hopper 112.Vertical plate 1121 is slidably mounted on turntable 111 in such a way that sliding block sliding slot matches, Then vertical plate 1121 is locked on turntable 111 to form the fixed hopper 112 of size, so that the hopper by bolt part 112 have adjustability, can place different model with standoff LED.
Preferably, there are six hoppers 112 for setting, and six hoppers 112 are uniform centered on the rotary shaft of the turntable 111 It is arranged on turntable 111, by the way that six hoppers 112 are arranged, will can be packed into six hoppers 112 with branch at work The LED of frame, during machine rapid operation, material jacking mechanism 120 is complete by the standoff LED of above-mentioned band in a hopper 112 After portion has been pushed up, the rotation of turntable 111, which switches to after adjacent hopper 112, to be continued through material jacking mechanism 120 and is jacked, at this time work Feed supplement can be carried out into empty hopper 112 by making personnel, continuous rapid operation be carried out under non-stop-machine state, and pass through setting Six hoppers 112, there are time enough, and staff to be allowed to complete feed supplement process.
It is provided on turntable 111 respectively with the one-to-one sensing chip 114 of the hopper 112, is arranged in rack 100 There is sensor block 115 corresponding with the sensing chip 114, it is only necessary to a sensor block 115 be set, sensing chip 114 and sense are passed through Answer 115 mutual induction of block to determine the stop position of turntable 111, specifically, the position that sensing chip 114 is arranged makes corresponding hopper 112 can move to material jacking mechanism 120, suction 130 three of laying mechanism on same vertical direction, i.e., material jacking mechanism 120 will expect Being jacked along the vertical direction with standoff LED in bucket 112, to be drawn by suction laying mechanism 130.Work as sensing chip 114 and 115 mutual induction of sensor block after, inductive signal is obtained by control system, and the control system can control Motor in first driving assembly 113 carries out corresponding movement.Above-mentioned sensing chip 114 and sensor block 115 for example can be light Electric transducer has the advantages that control precision height, good operating stability by the automatic positioning of the photoelectric sensor.It is easy to think It arrives, the photoelectric sensor can also be replaced by servo motor, accurately be controlled by controlling the rotation angle of servo motor The rotational angle of turntable 111 processed.
In one of the embodiments, referring to Fig. 6, several vertical plates 1121 are encircled into cuboid accommodating cavity 1122 The hopper 112 of upper end opening, vertical plate 1121 include that the fixed plate 1123 that is fixedly mounted on turntable 111 and being slidably mounted on turns Sliding panel 1124 on disk 111.Fixed plate 1123 is directly locked on turntable 111 by locking member;Cunning is provided on turntable 111 Slot 1111, sliding panel 1124 lock onto sliding slot 1111 by locking member, by adjusting sliding panel 1124 in the position of sliding slot 1111 The size of adjustable hopper 112, can thus be adapted to different size specification with standoff LED.Specifically, fixed plate 1123 include the first fixed part 1125 and second fixed part 1126 vertical with the first fixed part 1125, wherein the first fixed part 1125 and second fixed part 1126 be respectively cuboid accommodating cavity 1122 two adjacent side walls;Sliding panel 1124 includes first Slide plate 1127 and the second slide plate 1128, the first slide plate 1127, the second slide plate 1128 and fixed plate 1123 are encircled into the material jointly Bucket 112.First slide plate 1127 includes the first plate 1129 and second plate 1130 fixed with the first plate 1129, the second plate 1130 and the Two fixed parts 1126 collectively constitute the side wall opposite positioned at second slide plate 1128 of the hopper 112, i.e. the second plate 1130 It is respectively two opposite side walls of cuboid accommodating cavity 1122 with the second slide plate 1128.The glide direction edge of second slide plate 1128 The radial direction of the turntable 111, the sliding side of the glide direction of the first slide plate 1127 perpendicular to corresponding second slide plate 1128 To.Furthermore it is also respectively provided with guide pad 1112 on the first slide plate 1127 and the second slide plate 1128, is provided with and leads on turntable 111 The guide groove 1113 being slidably matched to block 1112, the direction phase of the guide direction of guide groove 1113 and corresponding 1111 length of sliding slot Together.
Referring to fig. 2, material jacking mechanism 120 includes fixing seat 121, movable plate 122, top plate 123 and the second driving assembly 124, The material jacking mechanism 120 is located in the same vertical plane with above-mentioned suction laying mechanism 130, so that corresponding hopper 112 turns to liftout Mechanism 120 and inhale laying mechanism 130 between when, the material jacking mechanism 120 can by be placed in hopper 112 with standoff LED Jack the position that can be extremely drawn by suction laying mechanism 130.Specifically, fixing seat 121 is fixed in rack 100, movable plate 122 passes through The mode that sliding block and sliding slot match is slidably connected to fixing seat 121, and sliding side of the movable plate 122 relative to fixing seat 121 To along the vertical direction, top plate 123 is fixed on 122 upper end of movable plate, and the top plate 123 can protrude into above-mentioned hopper 112;Turntable 111 be provided with the one-to-one through slot 116 (referring to Fig. 1) of hopper 112, i.e., the bottom of hopper 112 have through slot 116, should infuse The size of the through slot 116 of anticipating should be less than the size with standoff LED, to prevent this with standoff LED from the through slot 116 It inside falls, top plate 123 may pass through the through slot 116 and protrude into hopper 112.
Specifically, above-mentioned second driving assembly 124 includes screw rod 1241, linkage block 1242 and motor, wherein screw rod In fixing seat 121, linkage block 1242 is fixed on movable plate 122 for 1241 rotational installations, which has and screw rod 1241 The screw hole being threadedly engaged, motor are fixedly mounted in fixing seat 121, and the motor rotation is to drive screw rod 1241 to rotate, silk Bar 1241 drives linkage block 1242 mobile, and linkage block 1242 drives movable plate 122 to move up and down, so that about 123 top plate Movement is to complete jacking movement.The movement position of the material jacking mechanism 120 is also to be controlled by sensor, such as can be in machine Limit switch 1243 is set on frame 100, and the control terminal of the limit switch 1243 can be hit by linkage block 1242, work as linkage block Indicate that jacking process finishes when the control terminal of 1242 shock limit switches 1243, which is transferred to control by limit switch 1243 System, control system control the second driving motor counter motion, and top plate 123 is driven to exit corresponding hopper 112.
Referring to Fig. 3, inhaling laying mechanism 130 includes guide rod 131, movable block 132, component suction nozzle 133 and driving source 134, is led It is fixed in rack 100, is readily apparent that in the horizontal direction to bar 131, the setting direction of guide rod 131 is along (the ginseng of material jacking mechanism 120 See Fig. 2) top to the first conveying mechanism 140 extends;Movable block 132 is slidably connected to the guide rod 131, movable block Mounting plate is installed, the lower face of mounting plate is horizontally disposed, and component suction nozzle 133 is equipped on the mounting plate, suction nozzle group on 132 The end that is attracted of part 133 is arranged towards the lower section of mounting plate;Driving source 134 uses cylinder, and the output shaft of cylinder is fixed on movable block On 132, the past polyslip between material jacking mechanism 120 and material removing mechanism 150 along guide rod 131 of movable block 132 is driven by cylinder.
Referring to Fig. 3 and Fig. 4, material removing mechanism 150 includes that the first lower slide 151 and second being fixed in rack 100 is cut Frame 152 is fixed with the first upper tool post 153 on first lower slide 151, the second upper tool post 154 is fixed on the second lower slide 152, Lower hobboing cutter 155, the first upper tool post 153 and the second upper tool post 154 are provided between first lower slide 151 and the second lower slide 152 Between be provided with hobboing cutter 156, several annular blades 157, adjacent ring are respectively arranged on lower hobboing cutter 155 and upper hobboing cutter 156 Cutter groove is formed between shape blade 157.Upper hobboing cutter 156 and lower hobboing cutter 155 are driven by gear, and by being set in rack 100 Motor provide power.The annular blade 157 of the annular blade 157 of upper hobboing cutter 156 and lower hobboing cutter 155 squeezes shape in intersection State can cut off the trailing arm in LED particle and bracket, LED particle passes through the production in rack 100 after cutting during de- material Product outlet 158 is discharged, and bracket then enters second conveyor structure 160.
Referring to fig. 4 and Fig. 5, second conveyor structure 160 include the first side plate 161 and the second side plate in rack 100 162, the first belt shaft 163 and the second belt shaft 164, the first belt shaft are provided between the first side plate 161 and the second side plate 162 163 and second are arranged with belt (not shown) between belt shaft 164.Clout shake is provided on the second conveyor structure 160 Move device 167, it includes being arranged to be located in the first side plate 161 and the second side plate 162 to be somebody's turn to do that device 167 is shaken off in clout vibration The adjusting small rack 165 of the pan feeding end position of second conveyor structure 160 is provided with along vertical side on two adjusting small racks 165 To adjustment hole 168 is provided with, passes through the adjustment hole 168 between two adjusting small racks 165 and vibrating shaft 166 is installed, the vibration Impact block (not shown) is equipped with by bolt part on axis 166, the impact block (not shown) with from material removing mechanism 150 brackets come out are hit, and bracket is made to generate vibration, thus under the LED particle vibration not fallen down individually on bracket Come;Above-mentioned vibrating shaft 166 is installed on adjustment hole 168 by bolt (not shown), and adjustment hole 168 shakes for up and down adjustment The position of axis 166, make impact block to the vibrating effect of bracket more preferably.
In one of the embodiments, referring to Fig. 8, material removing mechanism 150 further includes scraper component 1511, the scraper component 1511 correspond with the upper hobboing cutter 156 and lower hobboing cutter 155, and the scraper component 1511, which has, protrudes into hobboing cutter 156 under The cutter groove of hobboing cutter 155 strikes off portion 1512.Since de- material process realizes the separation of LED particle and bracket, by isolated LED Grain may be stuck in the cutter groove between annular blade 157, by the way that scraper component 1511 is arranged, be stuck in cutter groove for removing LED particle.
Referring to figs. 7 and 8, scraper component 1511 includes fixed frame 1513 and the particle scraper plate for being fixed on fixed frame 1513 175, the particle scraper plate 175 includes striking off portion 1512 for protrude into the position (i.e. in cutter groove) to scraper.With upper hobboing cutter 156 Corresponding scraper component 1511 is mounted on the second upper tool post 154, and scraper component 1511 corresponding with lower hobboing cutter 155 is mounted on On two lower slides 152.Specifically, particle scraper plate 175 is strip, and strikes off portion 1512 with several, and strike off portion 1512 Length direction along particle scraper plate 175 is successively arranged, and strikes off portion 1512 and cutter groove corresponds.Particle scraper plate 175 with it is described solid Determine frame 1513 to be detachably connected, such as mounting hole can be provided on particle scraper plate 175, the particle scraper plate 175 passes through lock Tight part is fixed on the fixed frame 1513 after passing through the mounting hole.In order to easy to process, which can pass through wire cutting Mode is processed, and there are seam body 1515,1515 one end of seam body connection installations on particle scraper plate 175 when processing Hole, the other end run through the particle scraper plate 175.Meanwhile the seam body 1515 has certain cushioning effect, it is possible to reduce particle The vibration of scraper plate 175.1513 two sides of fixed frame are respectively arranged with fixed column 1516 and fixing groove 1517, the fixed column 1516 groove body for being inserted into the rack 100 of Full-automatic stripper machine, the fixing groove 1517 by locking member for being lock onto The rack 100 of Full-automatic stripper machine.It is described to strike off that portion 1512 is inclined to protrude into the cutter groove, upper hobboing cutter 156 and lower rolling in fig. 8 Knife 155 is rotated along the direction of arrow, strikes off updrift side inclination of the portion 1512 towards the direction of rotation of corresponding hobboing cutter.
Since de- material process realizes the separation of LED particle and bracket, during de- material, bracket is in upper hobboing cutter 156 and lower rolling Can be distorted deformation under the extruding of knife 155, in order to limit the deflection, facilitate subsequent transmission process, wherein a reality It applies in example, referring to Fig. 8, Full-automatic stripper machine further includes limit for height adjusting block 180.The limit for height adjusting block 180 is fixedly installed in institute The two sides of hobboing cutter 156 are stated, the limit for height adjusting block 180 has the positive stop end 181 being arranged towards the upper hobboing cutter 156, described Positive stop end 181 is for limiting the bending deformation quantity occurred under the extruding of material removing mechanism 150 by de- material part.
Referring to fig. 4 and Fig. 5, disintegrating mechanism 170 include the third side plate 171 and the 4th side plate 172 in rack 100, There are two pulverization rollers 173, two pulverization rollers 173 to pass through gear drive for installation between the third side plate 171 and the 4th side plate 172, And power is provided by motor.Several annular cutters tooth 174, phase on each pulverization roller 173 are provided on two pulverization rollers 173 Holding tank is formed between adjacent annular cutter tooth 174;Annular cutter tooth 174 on two pulverization rollers 173 is in intersect squeezed state, i.e., and one The holding tank on 174 face of annular cutter tooth another pulverization roller 173 on a pulverization roller 173, the disintegrating mechanism 170 also can wrap Particle scraper plate 175 is included, which has that protrudes into holding tank to strike off portion 1512, and it is embedding for removing that this strikes off portion 1512 Enter the particle of holding tank.When work, knife rest enters between two pulverization rollers 173, after two cuttings into strips of pulverization roller 173 It is discharged by the waste gate 176 in rack 100.
Several cutters tooth are provided on pulverization roller 173 in one of the embodiments, referring to Fig. 9 and Figure 10, Fig. 9 and Figure 10 Respectively illustrate two different cutters tooth.Holding tank is formed between adjacent cutter tooth on each pulverization roller 173.The cutter tooth can Think that above-mentioned annular cutter tooth 174, the cutter tooth can also include base portion 1911 and the tooth set on 1911 periphery of base portion Portion 1912.Teeth portion 1912 has several, and is uniformly distributed in the periphery of base portion 1911.Above-mentioned different cutters tooth are for difference Specification is broken part and designs, and annular cutter tooth 174 is suitable for the relatively thin part that is broken.And with the part thickness that is broken Increase, grind difficulty increase, make to be broken that part is broken is more easier by the way that teeth portion 1912 is arranged, and with the part that is broken Thickness increase, the number of teeth portion 1912 reduces, bigger teeth portion 1912 can be set in the cutter tooth periphery of same size in this way, To increase the intensity of each teeth portion 1912.The teeth portion 1912 includes first plane of disruption 1913 and that two angles are acute angle Sledging face 1914, first plane of disruption 1913 and second plane of disruption 1914 are plane, and the teeth portion 1912 further includes one and leads To face 1915, the guide surface 1915 is cambered surface.First plane of disruption 1913 is connect with the base portion 1911, the guide surface 1915 connect with the base portion 1911, second plane of disruption 1914 respectively with first plane of disruption 1913 and the guiding Face 1915 connects.The guide surface 1915 is other than playing over effect between different teeth portion 1912, due to guiding Part where face 1915 has with base portion 1911 adequately to be connect, and with the increase of guide surface 1915, the part and base portion 1911 connection is more abundant, it can reinforces teeth portion 1912, increases the bend resistance intensity of teeth portion 1912, effectively prevent Broken teeth.With the reduction of teeth portion 1912, guide surface 1915 can be longer and more slow, thus the position shape where guide surface 1915 At booster action, the booster action of teeth portion 1912 corresponding to guide surface 1915 is also enhanced.Further, described first is broken Broken face 1913 is tilted towards the direction of rotation of the pulverization roller 173.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed, But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.

Claims (10)

1. a kind of disintegrating mechanism, which is characterized in that described for being crushed to the clout generated after Full-automatic stripper machine de- material Disintegrating mechanism includes: at least two pulverization rollers (173) for mutually rotating extruding, is provided on the pulverization roller (173) several Cutter tooth forms holding tank between adjacent cutter tooth on each pulverization roller (173);
The disintegrating mechanism further includes for removing the particle scraper plate (175) for being embedded in particle in the holding tank;
The cutter tooth includes two planes of disruption.
2. disintegrating mechanism according to claim 1, which is characterized in that the particle scraper plate (175), which has, protrudes into the appearance Receive the striking off portion (1512) of slot, described strike off portion (1512) are for removing the particle for being embedded in the holding tank.
3. disintegrating mechanism according to claim 1, which is characterized in that the cutter tooth includes base portion (1911) and is set to described The teeth portion (1912) of base portion (1911) periphery.
4. disintegrating mechanism according to claim 3, which is characterized in that the teeth portion (1912) has several, and uniformly distributed point Periphery of the cloth in base portion (1911).
5. disintegrating mechanism according to claim 4, which is characterized in that the teeth portion (1912) includes that two angles are acute angle First plane of disruption (1913) and second plane of disruption (1914).
6. disintegrating mechanism according to claim 5, which is characterized in that first plane of disruption (1913) and second plane of disruption It (1914) is plane.
7. disintegrating mechanism according to claim 5, which is characterized in that the teeth portion (1912) further includes a guide surface (1915), the guide surface (1915) is cambered surface.
8. disintegrating mechanism according to claim 7, which is characterized in that first plane of disruption (1913) and the base portion (1911) connect, the guide surface (1915) connect with the base portion (1911), second plane of disruption (1914) respectively with institute State first plane of disruption (1913) and the guide surface (1915) connection.
9. according to disintegrating mechanism described in claim 5-8 any one, which is characterized in that first plane of disruption (1913) court It is tilted to the direction of rotation of the pulverization roller (173).
10. a kind of Full-automatic stripper machine, which is characterized in that including disintegrating mechanism as described in any one of claims 1-9.
CN201821014925.1U 2018-06-27 2018-06-27 Disintegrating mechanism and Full-automatic stripper machine Expired - Fee Related CN208786585U (en)

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Application Number Priority Date Filing Date Title
CN201821014925.1U CN208786585U (en) 2018-06-27 2018-06-27 Disintegrating mechanism and Full-automatic stripper machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821014925.1U CN208786585U (en) 2018-06-27 2018-06-27 Disintegrating mechanism and Full-automatic stripper machine

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Publication Number Publication Date
CN208786585U true CN208786585U (en) 2019-04-26

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201821014925.1U Expired - Fee Related CN208786585U (en) 2018-06-27 2018-06-27 Disintegrating mechanism and Full-automatic stripper machine

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