CN203723387U - Integrated machine for removing date pits and slicing dates - Google Patents
Integrated machine for removing date pits and slicing dates Download PDFInfo
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- CN203723387U CN203723387U CN201420105401.9U CN201420105401U CN203723387U CN 203723387 U CN203723387 U CN 203723387U CN 201420105401 U CN201420105401 U CN 201420105401U CN 203723387 U CN203723387 U CN 203723387U
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Abstract
The utility model relates to an integrated machine for removing date pits and slicing dates. The integrated machine is characterized by comprising a frame. A pit removing mechanism and a slicing mechanism are arranged in the stand. Chain wheels are respectively arranged on lower portions of the pit removing mechanism and the slicing mechanism. A feeding chain belt is arranged between two chain wheels, so that two chain wheels are in linkage fit with each other through the feeding chain belt. Material accommodating holes are uniformly distributed in the feeding chain belt. In application of the integrated machine, the pit removing operation and the slicing operation can be simultaneously achieved with high work efficiency and smaller occupied space.
Description
Technical field
The utility model relates to a kind of Chinese date processing equipment, is specifically successively to carry out to date the Removing Kernel for Date section all-in-one of stoning, slice processing.
Background technology
As everyone knows, Removing Kernel for Date, section are in fruits and vegetables industry, date are processed to the important process of processing.In the prior art, date being carried out to stoning, slice processing is all by stoner and slicer, to realize respectively.In order to facilitate the conveying of date, also need between stoner and slicer, elevator be set.Because the driving mechanism of stoner and slicer is all independent control, and the transfer efficiency of elevator is relatively low, and therefore, it is almost impossible wanting to make stoner and slicer synchronization job, and this just makes operating efficiency of date processing relatively low.And stoner, elevator and slicer all have driving mechanism and controlling organization separately, the connected space that need to take of three machines is just very large.
Utility model content
Problem to be solved in the utility model is to provide a kind of Removing Kernel for Date section all-in-one, adopts this all-in-one to carry out stoning, the section operation of date, can synchronization job, and operating efficiency is high, and its space taking is relatively little.
For addressing the above problem, take following scheme:
The feature of Removing Kernel for Date section all-in-one of the present utility model is to comprise frame, frame Nei You stoning mechanism and slicing mechanism, sprocket wheel is all arranged at the bottom of stoning mechanism and slicing mechanism, has feeding chain band between two sprocket wheels, makes two sprocket wheels be and be linked by this feeding chain band.On described feeding chain band, be evenly equipped with charge hole.
Further improvement of the utility model scheme is that described stoning mechanism comprises the first main shaft, and this first main shaft is vertical layout, and its one end is connected with driving mechanism.On described the first main shaft, cover has the first position-limiting tube, on the first main shaft of the first inner side, position-limiting tube two ends correspondence, all there is the first disk, the first main shaft, the first position-limiting tube and the first disk are all concentric setting, and between the first position-limiting tube and two first disks, be all rotating, between two first disks and the first main shaft, be all and be fixedly connected with.The side wall upper part of described the first position-limiting tube has a guide groove, this a guide groove by one section along the circumferential arc groove of the first position-limiting tube, one section along the first position-limiting tube circumferentially downward helicla flute and one section of helicla flute circumferentially making progress along the first position-limiting tube join end to end and form successively, and its junction is all arc transition, whole a guide groove being circumferentially connected along the first position-limiting tube.The lower sidewall of described the first position-limiting tube has b guide groove, this b guide groove by one section along the circumferential arc groove of the first position-limiting tube, one section along the first position-limiting tube circumferentially downward helicla flute, one end along the circumferential arc groove of the first position-limiting tube and one section of helicla flute circumferentially making progress along the first position-limiting tube, join end to end and form successively, and its junction is all arc transition, whole b guide groove being circumferentially connected along the first position-limiting tube.The arc groove of described a guide groove, a b guide groove high position overlaps in the projection of horizontal plane, the minimum point of a guide groove is positioned at the arc groove of b guide groove low level in the drop shadow spread of horizontal plane, and the difference in height between a guide groove high-low position is greater than the difference in height between b guide groove high-low position.On described the first disk, edge is circumferentially evenly equipped with through hole, and the lead to the hole site of two first disks is corresponding up and down.In the through hole of below the first disk, have the first compressing rod, this first compressing rod is tubulose, has stoning bar in it, and the upper end of stoning bar is stretched in the through hole of the first disk up.Described stoning bar is positioned on that section of sidewall outside the first compressing rod and is fixed with a guide rod, and this guide rod is horizontally disposed and is positioned at all the time a guide groove.One side of described the first compressing rod is fixed with b guide rod, and this b guide rod is horizontally disposed and is positioned at all the time b guide groove.The sprocket wheel of described stoning mechanism is fixed on the first main shaft of the first position-limiting tube below, and when feeding chain band is positioned at the first position-limiting tube below, charge hole is corresponding one by one with the position of the first compressing rod.When a guide rod, b guide rod all move in the arc groove of a corresponding guide groove high position, the lower end of stoning bar is positioned at the first compressing rod, and the lower end of the first compressing rod is positioned at the top of feeding chain band all the time.When minimum point, the b guide rod that moves to a guide groove when a guide rod moves to the minimum point of b guide groove, the lower end of stoning bar flushes with the lower end in feeding chain band charge hole, the lower end of the first compressing rod is positioned at the middle part in feeding chain band charge hole.On described main shaft, below feeding chain band, have pallet, on pallet, along being circumferentially evenly equipped with lower nucleopore, the position of lower nucleopore is corresponding with the position in feeding chain band charge hole, and lower nucleopore diameter is less than the diameter of lower end, charge hole.On described a guide rod, b guide rod, all cover has bearing, and the bearing on a guide rod is positioned at a guide groove all the time, and the bearing on b guide rod is positioned at b guide groove all the time.This stoning mechanism utilizes a guide groove of the first position-limiting tube and a guide rod of stoning bar to coordinate, can realize the vertical push function of stoning bar, utilize the b guide groove of the first position-limiting tube and the b guide rod of compressing rod to coordinate, can realize the vertical push function of the first compressing rod, and the difference in height between a guide groove high-low position is greater than the difference in height between b guide groove high-low position, the transfer that so just can realize stoning bar, the first compressing rod pushes, and simple in structure, manufacturing cost is lower.
Further improvement of the utility model scheme is that described slicing mechanism comprises the second main shaft, and this second main shaft is vertical layout, and its one end is connected with driving mechanism.On described the second main shaft, cover has the second position-limiting tube, on the second main shaft of the second inner side, position-limiting tube two ends correspondence, all there is the second disk, the second main shaft, the second position-limiting tube and the second disk are all concentric setting, and between the second position-limiting tube and two second disks, be all rotating, between two second disks and the second main shaft, be all and be fixedly connected with.On the sidewall of described the second position-limiting tube, there is c guide groove, this c guide groove by one section along the circumferential arc groove of the second position-limiting tube, one section along the second position-limiting tube circumferentially downward helicla flute and one section of helicla flute circumferentially making progress along the second position-limiting tube join end to end and form successively, and its junction is all arc transition, whole c guide groove being circumferentially connected along position-limiting tube.On described the second disk, edge is circumferentially evenly equipped with through hole, and the lead to the hole site of two second disks is corresponding up and down.In the upper and lower every group of corresponding through hole of two second disks, be provided with second compressing rod, the middle part of the second compressing rod is fixed with c guide rod, this c guide rod is horizontally disposed and is positioned at all the time c guide groove, and the second compressing rod is positioned at all the time one group of through hole that two second disks are corresponding in lifting process.Sprocket wheel on described slicing mechanism is fixed on the second main shaft of the second position-limiting tube below, and when feeding chain band is positioned at the second position-limiting tube below, charge hole is corresponding one by one with the position of the second compressing rod.When c guide rod moves in the arc groove of c guide groove, the lower end of the second compressing rod is positioned at the top of feeding tape all the time, and when c guide rod moves to the minimum point of c guide groove, the lower end of the second compressing rod flushes with the lower end in feeding chain band charge hole.On the second main shaft of described sprocket wheel below, be also fixed with section dish, the periphery of section dish is along being circumferentially evenly equipped with hopper, and the position of hopper is corresponding with the position of the second compressing rod.Described section is coiled in frame corresponding to a side and is fixed with knife rest, and a side of the corresponding section dish of knife rest is fixed with blade, and blade parallels with section dish card.Described section dish periphery all has insert groove in position corresponding to blade, and insert groove all runs through the cross section of described hopper, and the part blade of blade all stretches in the insert groove corresponding with it.There is baffle plate the below of described section dish, and the position of baffle plate is corresponding with the position of hopper.This slicing mechanism utilizes the c guide groove of the second position-limiting tube and the c guide rod of the second compressing rod to coordinate, can realize the vertical push function of the second compressing rod, thereby the date in feeding chain band charge hole is pressed in the hopper of section dish and implements section operation, simple in structure, manufacturing cost is lower.One side of the corresponding section dish of described knife rest is fixed with many group blades, organizes blade more and arranges along section dish rotation direction.Quantity of last group blade is one, and other quantity of respectively organizing blade is two, and two blades of other each group are all positioned at last group blade both sides and slowly expand outwardly and arrange, and the spacing in two adjacent groups blade between corresponding blade all equates.On horizontal plane, all last with it group of blade section is overlapping for each group blade.This structure can be carried out sequential slicing treatment to the different parts of date, is difficult for causing the damage of jujube sheet, also there will not be discharging difficulty.The inward flange of described knife rest is arc, and its corresponding center of circle overlaps with the section dish center of circle.Described blade is fixed on the arc-shaped side of knife rest, and it is blade that adjacent one side is coiled in blade and section, this blade is straight flange, in section dish rotation direction, the front end of described knife-blade, near section biscuit trench bottom, leaves gap between the rear end of knife-blade and section biscuit trench bottom.Be the blade of blade and the angle that section dish outer edge forms an acute angle, make blade when date is cut into slices, be to be all skewed incision, and date can both be cut completely.
Further improvement of the utility model scheme is that described feeding chain band is hinged and connected and is formed by a plurality of chain links successively head and the tail, all have charge hole, and the axis in charge hole parallels on each chain link with the axis of chain link pin joint.Described charge hole is divided into Zao Cang and lower jujube storehouse, and the diameter in upper jujube storehouse is greater than the diameter in lower jujube storehouse, and they are arranged concentric.There is flat notch position on described chain link between upper and lower jujube storehouse, charge hole, and this flat notch runs through the cross section in whole charge hole, and a side of flat notch extends to three adjacent side of chain link.One side of that section of feeding chain band in described frame before entering stoning mechanism is fixed with dividing plate, and dividing plate is horizontally disposed and stretches in the flat notch of feeding chain band respective link.In this structure, between upper and lower jujube storehouse, dividing plate is set, in the time of can making blanking, guaranteeing only has a date in each charge hole, and when respective link marches to the position that there is no dividing plate, date just can fall into lower jujube storehouse, carries out follow-up processing operation.
Further improvement of the utility model scheme is that the top that described frame inherence enters that section of feeding chain band before stoning mechanism has the first brush device, and the first brush device contains the first rotating shaft, and one end of this first rotating shaft is connected with driving mechanism.In described the first rotating shaft, be evenly equipped with hairbrush radially, and the axis of the first rotating shaft is perpendicular with the direction of transfer of its feeding chain band corresponding to below.There is the second brush device that section of feeding chain band top between inherent the first brush device of described frame and stoning mechanism, and this second brush device contains the second rotating shaft, and one end of this second rotating shaft is connected with driving mechanism.In described the second rotating shaft, be evenly equipped with hairbrush radially, and the axis of the second rotating shaft parallels with the direction of transfer of its feeding chain band corresponding to below.Feeding chain band one side of described the second brush device below has apronbelt, and the direction of transfer of apronbelt is contrary with the direction of transfer of feeding chain band.The date that the second brush device can cannot be removed the first brush device is removed from a side of feeding chain, then by apronbelt, date is transported to again to the feeding section of this all-in-one, reduces labor cleaning's operation.
Take such scheme, have the following advantages:
Because Removing Kernel for Date section all-in-one of the present utility model comprises frame, frame Nei You stoning mechanism and slicing mechanism, sprocket wheel is all arranged at the bottom of stoning mechanism and slicing mechanism, between two sprocket wheels, there is feeding chain band, make two sprocket wheels be and be linked by this feeding chain band, on described feeding chain band, be evenly equipped with charge hole.In this all-in-one, charge hole on feeding chain band is used for holding date, make the position of date relative feeding chain band when stoning, section operation constant all the time, therefore, only need when dispatching from the factory, adjust the get on position of binder assembly on nuclear component and slicing mechanism of stoning mechanism, utilize two sprocket wheels on feeding chain-driving stoning mechanism and slicing mechanism to rotate simultaneously, just can realize and add stoner structure and the synchronization job of slicing mechanism in man-hour, improve the operating efficiency of processing operation.And, in this all-in-one, can adopt unified driving mechanism and controlling organization to drive control to feeding chain band, stoning mechanism and slicing mechanism, its machine volume is compared with the situation that in prior art, three machines are connected, and takes up room relatively little.
Accompanying drawing explanation
Fig. 1 is the complete machine structure figure of Removing Kernel for Date section all-in-one of the present utility model;
The structural representation of Tu2Shi stoning mechanism;
The cross-sectional schematic of Tu3Shi stoning mechanism binder state;
The cross-sectional schematic of Tu4Shi stoning mechanism stoning state;
Fig. 5 is the structural representation of slicing mechanism;
Fig. 6 is the cross-sectional schematic of slicing mechanism section state;
Fig. 7 is the schematic diagram that coordinates of section dish and, knife rest, blade in slicing mechanism;
Fig. 8 is the left view of Fig. 7 intermediate slide, blade and partially sliced dish;
Fig. 9 is the cooperation schematic diagram of feeding chain band and dividing plate;
Figure 10 be in Fig. 9 A-A to cutaway view Amplified image;
Figure 11 is the enlarged diagram of the first brush device, the second brush device.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As shown in Figure 1, Removing Kernel for Date section all-in-one of the present utility model comprises frame 1, frame 1 Nei You stoning mechanism 4 and slicing mechanism 2, and sprocket wheel 17 is all arranged at the bottom of stoning mechanism 4 and slicing mechanism 2, two 17, sprocket wheels have feeding chain band 7, make two sprocket wheels 17 be and be linked by this feeding chain band 7.On described feeding chain band 7, be evenly equipped with charge hole 25.
As shown in Figures 2 to 4, described stoning mechanism 4 comprises the first main shaft 9, and this first main shaft 9 is vertical layout, and its one end is connected with driving mechanism.On described the first main shaft 9, cover has the first position-limiting tube 11, on the first main shaft 9 of the first position-limiting tube 11 inner side, two ends correspondences, all there is the first disk 10, the first main shaft 9, the first position-limiting tube 11 and the first disk 10 are all concentric setting, and the first position-limiting tube 11 and 10, two first disks are all rotating, two first disks 10 are all and are fixedly connected with 9, the first main shaft.The side wall upper part of described the first position-limiting tube 11 has a guide groove 12, this a guide groove 12 joins end to end and forms successively along circumferential downward helicla flute and the one section of helicla flute circumferentially making progress along the first position-limiting tube 11 of the first position-limiting tube 11 along the circumferential arc groove of the first position-limiting tube 11, one section by one section, and its junction is all arc transition, whole a guide groove 12 being circumferentially connected along the first position-limiting tube 11.The lower sidewall of described the first position-limiting tube 11 has b guide groove 13, this b guide groove 13 joins end to end and forms successively along the circumferential arc groove of the first position-limiting tube 11 and one section of helicla flute circumferentially making progress along the first position-limiting tube 11 along first circumferential downward helicla flute, one end of position-limiting tube 11 along the circumferential arc groove of the first position-limiting tube 11, one section by one section, and its junction is all arc transition, whole b guide groove 13 being circumferentially connected along the first position-limiting tube 11.Upper, middle and lower that described the first position-limiting tube 11 is cut apart by a guide groove 12, b guide groove 13 are intersegmental to be connected by connecting plate 19.The arc groove of described a guide groove 12, b guide groove 13 high positions overlaps in the projection of horizontal plane, the minimum point of a guide groove 12 is positioned at the arc groove of b guide groove 13 low levels in the drop shadow spread of horizontal plane, and the difference in height between a guide groove 12 high-low positions is greater than the difference in height between b guide groove 13 high-low positions.On described the first disk 10, edge is circumferentially evenly equipped with through hole, and the lead to the hole site of two first disks 10 is corresponding up and down.In the through hole of below the first disk 10, have the first compressing rod 18, this first compressing rod 18 is tubulose, has stoning bar 22 in it, and the upper end of stoning bar 22 is stretched in the through hole of the first disk 10 up.In the present embodiment, described stoning bar 22 is an assembly between two and closes, first compressing rod 18 corresponding with it is also an assembly between two and closes, every group of stoning bar 22 is positioned in that section outside corresponding the first compressing rod 18 and is connected with a guide rod frame 21, on a guide rod frame 21, be fixed with a guide rod 20, this guide rod 20 is horizontally disposed and is positioned at all the time a guide groove 12.Every group of 18 of first compressing rod is connected with b guide rod frame 14, is fixed with b guide rod 15 on b guide rod frame 14, and this b guide rod 15 is horizontally disposed and is positioned at all the time b guide groove 13.The sprocket wheel 17 of described stoning mechanism 4 is fixed on the first main shaft 9 of the first position-limiting tube 11 belows, and when feeding chain band 7 is positioned at the first position-limiting tube 11 below, charge hole 25 is corresponding one by one with the position of the first compressing rod 18.When a guide rod 20, b guide rod 15 all move in the arc groove of a corresponding guide groove high position, the lower end of stoning bar 22 is positioned at the first compressing rod 18, and the lower end of the first compressing rod 18 is positioned at the top of feeding chain band 7 all the time.When minimum point, the b guide rod 15 that moves to a guide groove 12 when a guide rod 20 moves to the minimum point of b guide groove 13, the lower end of stoning bar 22 flushes with the lower end in feeding chain band 7 charge holes 25, the lower end of the first compressing rod 18 is positioned at the middle part in feeding chain band 7 charge holes 25.On described main shaft, below feeding chain band 7, have pallet 16, on pallet 16, along being circumferentially evenly equipped with lower nucleopore 24, the position of lower nucleopore 24 is corresponding with the position in feeding chain band 7 charge holes 25, and lower nucleopore 24 diameters are less than the diameter of 25 lower ends, charge hole.On described a guide rod 20, b guide rod 15, all cover has bearing, and the bearing on a guide rod 20 is positioned at a guide groove 12 all the time, and the bearing on b guide rod 15 is positioned at b guide groove 13 all the time.
As shown in Fig. 5 to Fig. 8, described slicing mechanism 2 comprises the second main shaft 26, and this second main shaft 26 is vertical layout, and its one end is connected with driving mechanism.On described the second main shaft 26, cover has the second position-limiting tube 28, on the second main shaft 26 of the second position-limiting tube 28 inner side, two ends correspondences, all there is the second disk 27, the second main shaft 26, the second position-limiting tube 28 and the second disk 27 are all concentric setting, and the second position-limiting tube 28 and 27, two second disks are all rotating, two second disks 27 are all and are fixedly connected with 26, the second main shaft.On the sidewall of described the second position-limiting tube 28, there is c guide groove 31, this c guide groove 31 joins end to end and forms successively along circumferential downward helicla flute and the one section of helicla flute circumferentially making progress along the second position-limiting tube 28 of the second position-limiting tube 28 along the circumferential arc groove of the second position-limiting tube 28, one section by one section, and its junction is all arc transition, whole c guide groove 31 is circumferentially connected along position-limiting tube, and what the second position-limiting tube 28 was cut apart by c guide groove 31 is upper and lower intersegmental connected by connecting plate 19.On described the second disk 27, edge is circumferentially evenly equipped with through hole, and the lead to the hole site of two second disks 27 is corresponding up and down.In every group of through hole of two second disks correspondence Shang Xia 27, be provided with second compressing rod 32, in the present embodiment, described the second compressing rod 32 is an assembly between two and closes, between the middle part of every group of second compressing rod 32, be connected with c guide rod frame 29, on c guide rod frame 29, be fixed with c guide rod 30, this c guide rod 30 is horizontally disposed and is positioned at all the time one group of through hole that c guide groove 31, the second compressing rods 32 are positioned at all the time two second disk 27 correspondences in lifting process.Sprocket wheel 17 on described slicing mechanism 2 is fixed on the second main shaft 26 of the second position-limiting tube 28 belows, and when feeding chain band 7 is positioned at the second position-limiting tube 28 below, charge hole 25 is corresponding one by one with the position of the second compressing rod 32.When c guide rod 30 moves in the arc groove of c guide groove 31, the lower end of the second compressing rod 32 is positioned at the top of feeding tape all the time, and when c guide rod 30 moves to the minimum point of c guide groove 31, the lower end of the second compressing rod 32 flushes with the lower end in feeding chain band 7 charge holes 25.On the second main shaft 26 of described sprocket wheel 17 belows, be also fixed with section dish 33, the periphery of section dish 33 is along being circumferentially evenly equipped with hopper 44, and the position of hopper 44 is corresponding with the position of the second compressing rod 32.In frame 1 corresponding to described section dish 33 1 sides, be fixed with knife rest 3, a side of the corresponding section dish 33 of knife rest 3 is fixed with blade 43, and blade 43 coils 33 cards with section and parallels.33 peripheries are coiled in described section all has insert groove in the position of blade 43 correspondences, and insert groove all runs through the cross section of described hopper 44, and the part blade of blade 43 all stretches in the insert groove corresponding with it.There is baffle plate 42 below of described section dish 33, and the position of baffle plate 42 is corresponding with the position of hopper 44.In the present embodiment, a side of the corresponding section dish 33 of described knife rest 3 is fixed with many group blades 43, organizes blade 43 more and coils 33 rotation directions layouts along section.The quantity of last group blade 43 is one, other quantity of respectively organizing blade 43 is two, and two blades 43 of other each group are all positioned at last group blade 43 both sides and slowly expand outwardly and arrange, and the spacing in two adjacent groups blade 43 between the blade 43 of correspondence all equates.On horizontal plane, each group blade 43 all last with it group of blade 43 partly overlaps.The inward flange of described knife rest 3 is arc, and its corresponding center of circle is coiled 33 centers of circle with section and overlapped.Described blade 43 is fixed on the arc-shaped side of knife rest 3, and it is blade that 33 adjacent one side are coiled in blade 43 and section, this blade is straight flange, in section, coil in 33 rotation directions, the front end of described blade 43 blades coils 33 hopper 44 bottoms near section, and the rear end of blade 43 blades and section are coiled between 33 hopper 44 bottoms and left gap.The angle that 33 outer edges form an acute angle is coiled in the blade and the section that are blade 43, makes blade 43 when date 23 is cut into slices, and is to be all skewed incision, and date 23 can both be cut completely.
As shown in Figure 9 and Figure 10, described feeding chain band 7 is hinged and connected and is formed by a plurality of chain links 34 successively head and the tail, all have charge hole 25, and the axis in charge hole 25 parallels on each chain link 34 with the axis of chain link 34 pin joints.Described charge hole 25 is divided into jujube storehouse 36 and lower jujube storehouse 35, and the diameter in upper jujube storehouse 36 is greater than the diameter in lower jujube storehouse 35, and they are arranged concentric.On described chain link 34, in 35Jian position, upper and lower jujube storehouse, charge hole 25, have flat notch 37, this flat notch 37 runs through the cross section in whole charge hole 25, and a side of flat notch 37 extends to three adjacent side of chain link 34.One side of that section of feeding chain band 7 in described frame 1 before entering stoning mechanism 4 is fixed with dividing plate 38, and dividing plate 38 is horizontally disposed and stretches in the flat notch 37 of feeding chain band 7 respective link 34.
As shown in figure 11, the top that described frame 1 inherence enters that section of feeding chain band 7 before stoning mechanism 4 has the first brush device 6, the first brush devices 6 to contain the first rotating shaft 39, and one end of this first rotating shaft 39 is connected with driving mechanism.In described the first rotating shaft 39, be evenly equipped with hairbrush 40 radially, and the axis of the first rotating shaft 39 is perpendicular with the direction of transfer of its feeding chain band 7 corresponding to below.There is the second brush device 5 that section of feeding chain band 7 tops between inherent the first brush device 6 of described frame 1 and stoning mechanism 4, and this second brush device 5 contains the second rotating shaft 41, and one end of this second rotating shaft 41 is connected with driving mechanism.In described the second rotating shaft 41, be evenly equipped with hairbrush 40 radially, and the axis of the second rotating shaft 41 parallels with the direction of transfer of its feeding chain band 7 corresponding to below.Feeding chain band 7 one sides of described the second brush device 5 belows have apronbelt 8, and the direction of transfer of apronbelt 8 is contrary with the direction of transfer of feeding chain band 7.
As shown in Figure 1, during use, the blanking section of Removing Kernel for Date section all-in-one of the present utility model is positioned on the feeding chain band 7 in apronbelt 8 one side first brush device 6 the place aheads, and the throughput direction of feeding chain band 7 is to be transmitted to stoning mechanism 4 by slicing mechanism 2 herein.Date 23 is admitted to after all-in-one from this, charge hole 25 on feeding chain band 7 is filled up, now on feeding chain band 7 35, the upper jujube storehouse 36 of chain link 34 and lower jujube storehouse owing to there being dividing plate 38, therefore can guarantee only has a date 23 in each charge hole 25, and it is residual that the upper surface of the chain of feeding simultaneously band 7 has part date 23; When feeding chain band 7 is sent to the first brush device 6 and the second brush device 5, the first brush device 6 can block the date 23 of feeding chain band 7 remained on surface, if having indivedual residual dates 23 to leak the first brush device 6, the second brush devices 5 can also be brushed on feeding chain band 7 apronbelt 8 on one side and be sent back to blanking section; In the time of before feeding chain band 7 is sent to stoning mechanism 4, the upper jujube storehouse 36 of chain link 34 and 35, lower jujube storehouse do not have dividing plate 38 herein, date 23 in part charge hole 25 can fall into lower jujube storehouse 35, the date 23 that does not fall into lower jujube storehouse 35 completely can, when entering stoning mechanism 4, be pressed into lower jujube storehouse 35(as shown in Figure 3 by the first compressing rod 18); Feeding chain band 7 is in the process of rotating with the first main shaft 9, and the first compressing rod 18 is limited in date 23 in lower jujube storehouse 35, and stoning bar 22 presses down implements stoning operation (as shown in Figure 4); The date 23 completing after stoning is sent to slicing mechanism 2 by feeding chain band 7, in the process of rotating at the second main shaft 26, the second compressing rod 32 presses down the date after stoning 23 is pressed in the hopper 44 of section dish 33, section dish 33 is when rotating, through being arranged on knife rest 3 and the blade 43 of one side, blade 43 stretches in the insert groove of section dish 33, and the date after stoning 23 is cut into jujube sheet (as shown in Figure 6); Jujube sheet, can coil 33 hoppers 44 from section and fall by after blade 43 completely, reclaims.Stoning, the operation of section synchronizing sequence of date 23 like this, have just been realized.
Claims (10)
1. Removing Kernel for Date section all-in-one, it is characterized in that comprising frame (1), frame (1) Nei You stoning mechanism (4) and slicing mechanism (2), sprocket wheel (17) is all arranged at the bottom of stoning mechanism (4) and slicing mechanism (2), between two sprocket wheels (17), there is feeding chain band (7), make two sprocket wheels (17) be and be linked by this feeding chain band (7); On described feeding chain band (7), be evenly equipped with charge hole (25).
2. Removing Kernel for Date section all-in-one as claimed in claim 1, is characterized in that described stoning mechanism (4) comprises the first main shaft (9), and this first main shaft (9) is vertical layout, and its one end is connected with driving mechanism; The upper cover of described the first main shaft (9) has the first position-limiting tube (11), on first main shaft (9) of inner side, the first position-limiting tube (11) two ends correspondence, all there is the first disk (10), the first main shaft (9), the first position-limiting tube (11) and the first disk (10) are all concentric setting, and between the first position-limiting tube (11) and two first disks (10), be all rotating, between two first disks (10) and the first main shaft (9), be all and be fixedly connected with; The side wall upper part of described the first position-limiting tube (11) has a guide groove (12), this a guide groove (12) by one section along the circumferential arc groove of the first position-limiting tube (11), one section along the first position-limiting tube (11) circumferentially downward helicla flute and one section of helicla flute circumferentially making progress along the first position-limiting tube (11) join end to end and form successively, and its junction is all arc transition, whole a guide groove (12) being circumferentially connected along the first position-limiting tube (11); The lower sidewall of described the first position-limiting tube (11) has b guide groove (13), this b guide groove (13) by one section along the circumferential arc groove of the first position-limiting tube (11), one section along the first position-limiting tube (11) circumferentially downward helicla flute, one end along the circumferential arc groove of the first position-limiting tube (11) and one section of helicla flute circumferentially making progress along the first position-limiting tube (11), join end to end and form successively, and its junction is all arc transition, whole b guide groove (13) being circumferentially connected along the first position-limiting tube (11); Described a guide groove (12), the high-order arc groove of b guide groove (13) overlap in the projection of horizontal plane, the minimum point of a guide groove (12) is positioned at the arc groove of b guide groove (13) low level in the drop shadow spread of horizontal plane, and the difference in height between a guide groove (12) high-low position is greater than the difference in height between b guide groove (13) high-low position; Described the first disk (10) is upper along being circumferentially evenly equipped with through hole, and the lead to the hole site of two first disks (10) is corresponding up and down; In the through hole of below the first disk (10), have the first compressing rod (18), this first compressing rod (18) is tubulose, has stoning bar (22) in it, and the upper end of stoning bar (22) is stretched in the through hole of the first disk (10) up; Described stoning bar (22) is positioned on that section of outer sidewall of the first compressing rod (18) and is fixed with a guide rod (20), and this guide rod (20) is horizontally disposed and is positioned at all the time a guide groove (12); One side of described the first compressing rod (18) is fixed with b guide rod (15), and this b guide rod (15) is horizontally disposed and is positioned at all the time b guide groove (13); The sprocket wheel (17) of described stoning mechanism (4) is fixed on first main shaft (9) of the first position-limiting tube (11) below, when feeding chain band (7) is positioned at the first position-limiting tube (11) below, charge hole (25) are corresponding one by one with the position of the first compressing rod (18); When a guide rod (20), b guide rod (15) all move in the arc groove of a corresponding guide groove high position, the lower end of stoning bar (22) is positioned at the first compressing rod (18), and the lower end of the first compressing rod (18) is positioned at the top of feeding chain band (7) all the time; When minimum point, the b guide rod (15) that moves to a guide groove (12) when a guide rod (20) moves to the minimum point of b guide groove (13), the lower end of stoning bar (22) flushes with the lower end in feeding chain band (7) charge hole (25), the lower end of the first compressing rod (18) is positioned at the middle part in feeding chain band (7) charge hole (25); On described main shaft, in the below of feeding chain band (7), there is pallet (16), pallet (16) is upper along being circumferentially evenly equipped with lower nucleopore (24), the position of lower nucleopore (24) is corresponding with the position in feeding chain band (7) charge hole (25), and lower nucleopore (24) diameter is less than the diameter of lower end, charge hole (25).
3. Removing Kernel for Date as claimed in claim 2 section all-in-one, it is characterized in that all overlapping and having bearing on described a guide rod (20), b guide rod (15), and the bearing on a guide rod (20) is positioned at a guide groove (12) all the time, the bearing on b guide rod (15) is positioned at b guide groove (13) all the time.
4. Removing Kernel for Date section all-in-one as claimed in claim 1, is characterized in that described slicing mechanism (2) comprises the second main shaft (26), and this second main shaft (26) is vertical layout, and its one end is connected with driving mechanism; The upper cover of described the second main shaft (26) has the second position-limiting tube (28), on second main shaft (26) of inner side, the second position-limiting tube (28) two ends correspondence, all there is the second disk (27), the second main shaft (26), the second position-limiting tube (28) and the second disk (27) are all concentric setting, and between the second position-limiting tube (28) and two second disks (27), be all rotating, between two second disks (27) and the second main shaft (26), be all and be fixedly connected with; On the sidewall of described the second position-limiting tube (28), there is c guide groove (31), this c guide groove (31) by one section along the circumferential arc groove of the second position-limiting tube (28), one section along the second position-limiting tube (28) circumferentially downward helicla flute and one section of helicla flute circumferentially making progress along the second position-limiting tube (28) join end to end and form successively, and its junction is all arc transition, whole c guide groove (31) being circumferentially connected along position-limiting tube; Described the second disk (27) is upper along being circumferentially evenly equipped with through hole, and the lead to the hole site of two second disks (27) is corresponding up and down; In the upper and lower every group of corresponding through hole of two second disks (27), be provided with second compressing rod (32), the middle part of the second compressing rod (32) is fixed with c guide rod (30), this c guide rod (30) is horizontally disposed and is positioned at all the time c guide groove (31), and the second compressing rod (32) is positioned at all the time one group of through hole that two second disks (27) are corresponding in lifting process; Sprocket wheel (17) on described slicing mechanism (2) is fixed on second main shaft (26) of the second position-limiting tube (28) below, when feeding chain band (7) is positioned at the second position-limiting tube (28) below, charge hole (25) are corresponding one by one with the position of the second compressing rod (32); When c guide rod (30) is mobile in the arc groove of c guide groove (31), the lower end of the second compressing rod (32) is positioned at the top of feeding tape all the time, when c guide rod (30) moves to the minimum point of c guide groove (31), the lower end of the second compressing rod (32) flushes with the lower end in feeding chain band (7) charge hole (25); On second main shaft (26) of described sprocket wheel (17) below, be also fixed with section dish (33), the periphery of section dish (33) is along being circumferentially evenly equipped with hopper (44), and the position of hopper (44) is corresponding with the position of the second compressing rod (32); In frame (1) corresponding to described section dish (33) one sides, be fixed with knife rest (3), a side of the corresponding section dish of knife rest (3) (33) is fixed with blade (43), and blade (43) parallels with section dish (33) card; Described section dish (33) periphery all has insert groove in position corresponding to blade (43), and insert groove all runs through the cross section of described hopper (44), and the part blade of blade (43) all stretches in the insert groove corresponding with it; There is baffle plate (42) below of described section dish (33), and the position of baffle plate (42) is corresponding with the position of hopper (44).
5. Removing Kernel for Date section all-in-one as claimed in claim 4, is characterized in that a side of the corresponding section dish of described knife rest (3) (33) is fixed with many group blades (43), organizes blade (43) more and arranges along section dish (33) rotation direction; The quantity of last group blade (43) is one, other quantity of respectively organizing blade (43) is two, and two blades (43) of other each group are all positioned at last group blade (43) both sides and slowly expand outwardly and arrange, the spacing between the middle corresponding blade (43) of two adjacent groups blade (43) all equates; On horizontal plane, each group blade (43) all last with it group of blade (43) partly overlaps.
6. Removing Kernel for Date as claimed in claim 4 section all-in-one, the inward flange that it is characterized in that described knife rest (3) is arc, and its corresponding center of circle overlaps with section dish (33) center of circle; Described blade (43) is fixed on the arc-shaped side of knife rest (3), and one side that blade (43) is adjacent with section dish (33) is blade, this blade is straight flange, in section dish (33) rotation direction, the front end of described blade (43) blade, near section dish (33) hopper (44) bottom, leaves gap between the rear end of blade (43) blade and section dish (33) hopper (44) bottom.
7. Removing Kernel for Date as claimed in claim 1 section all-in-one, it is characterized in that described feeding chain band (7) is hinged and connected and is formed by a plurality of chain links (34) successively head and the tail, on each chain link (34), all have charge hole (25), and the axis of charge hole (25) parallels with the axis of chain link (34) pin joint.
8. Removing Kernel for Date section all-in-one as claimed in claim 7, is characterized in that described charge hole (25) is divided into jujube storehouse (36) and lower jujube storehouse (35), and the diameter in upper jujube storehouse (36) is greater than the diameter in lower jujube storehouse (35), and they are arranged concentric; There is flat notch (37) the upper position between upper and lower jujube storehouse, charge hole (25) (35) of described chain link (34), this flat notch (37) runs through the cross section in whole charge hole (25), and a side of flat notch (37) extends to three adjacent side of chain link (34); Described frame (1) is upper is fixed with dividing plate (38) in a side that enters stoning mechanism (4) that section of feeding chain band (7) before, and dividing plate (38) is horizontally disposed and stretches in the flat notch (37) of feeding chain band (7) respective link (34).
9. Removing Kernel for Date as claimed in claim 1 section all-in-one, it is characterized in that there is the first brush device (6) top that described frame (1) inherence enters stoning mechanism (4) that section of feeding chain band (7) before, the first brush device (6) contains the first rotating shaft (39), and one end of this first rotating shaft (39) is connected with driving mechanism; In described the first rotating shaft (39), be evenly equipped with hairbrush (40) radially, and the axis of the first rotating shaft (39) is perpendicular with the direction of transfer of its feeding chain band (7) corresponding to below.
10. Removing Kernel for Date as claimed in claim 9 section all-in-one, it is characterized in that there is the second brush device (5) that section of feeding chain band (7) top between inherent the first brush device of described frame (1) (6) and stoning mechanism (4), this second brush device (5) contains the second rotating shaft (41), and one end of this second rotating shaft (41) is connected with driving mechanism; In described the second rotating shaft (41), be evenly equipped with hairbrush (40) radially, and the axis of the second rotating shaft (41) parallels with the direction of transfer of its feeding chain band (7) corresponding to below; Feeding chain band (7) one sides of described the second brush device (5) below have apronbelt (8), and the direction of transfer of apronbelt (8) is contrary with the direction of transfer of feeding chain band (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420105401.9U CN203723387U (en) | 2014-03-10 | 2014-03-10 | Integrated machine for removing date pits and slicing dates |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420105401.9U CN203723387U (en) | 2014-03-10 | 2014-03-10 | Integrated machine for removing date pits and slicing dates |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203723387U true CN203723387U (en) | 2014-07-23 |
Family
ID=51193511
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420105401.9U Withdrawn - After Issue CN203723387U (en) | 2014-03-10 | 2014-03-10 | Integrated machine for removing date pits and slicing dates |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203723387U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103798915A (en) * | 2014-03-10 | 2014-05-21 | 江苏楷益智能科技有限公司 | Pit removing and slicing integration machine for Chinese dates |
| CN110613106A (en) * | 2019-08-07 | 2019-12-27 | 陕西科技大学 | Jujube presss from both sides walnut filling machine |
-
2014
- 2014-03-10 CN CN201420105401.9U patent/CN203723387U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103798915A (en) * | 2014-03-10 | 2014-05-21 | 江苏楷益智能科技有限公司 | Pit removing and slicing integration machine for Chinese dates |
| CN110613106A (en) * | 2019-08-07 | 2019-12-27 | 陕西科技大学 | Jujube presss from both sides walnut filling machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140723 Effective date of abandoning: 20151007 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |