CN103625688B - For the feedway of lollipop wrapping machine feed load transfer device - Google Patents

For the feedway of lollipop wrapping machine feed load transfer device Download PDF

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Publication number
CN103625688B
CN103625688B CN201210296013.9A CN201210296013A CN103625688B CN 103625688 B CN103625688 B CN 103625688B CN 201210296013 A CN201210296013 A CN 201210296013A CN 103625688 B CN103625688 B CN 103625688B
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lollipop
bearing
longitudinal slot
mentioned
rod
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CN103625688A (en
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蒋驰峰
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Syntegon Packaging Technology Hangzhou Co Ltd
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Bosch Packaging Technology Hangzhou Co Ltd
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Abstract

The present invention relates to a kind of loading tray of the feed load transfer device for candy wrapper, it comprises: the distribution plate that can rotate; Carrier bar, is positioned at and holds below hole, in order to support the candy being contained in and holding in hole, makes it can not drop from holding in hole; Wherein, the candy in described appearance hole to be transported to the position of needs by distribution plate by rotating, above-mentioned carrier bar is provided with breach at above-mentioned desired position place, and the above-mentioned candy being positioned at appearance hole herein can be dropped from described breach; It is characterized in that, the loading tray of described feed load transfer device also comprises revolvable transhipment dish, it is provided with at least one projection, the projection rotated with transhipment dish can serve as the support below the appearance hole of the indentation, there being positioned at carrier bar when needed, candy in appearance hole cannot be dropped from the indentation, there of carrier bar, rotate the process again entering above-mentioned loading with distribution plate.

Description

For the feedway of lollipop wrapping machine feed load transfer device
Technical field
The present invention relates to for lollipop wrapping machine feed load transfer device feedway and there is candy wrapper, especially the lollipop wrapping machine of this feedway.
Background technology
According to relevant laws and regulations and in order to attractive in appearance, candy wrapper is used for packing the candy of before sales.Usual candy is in bulk before encapsulation to be deposited, and therefore must carry out combing to candy before being packed by candy, pack to be suitable for candy wrapper to it.That is, with suitable speed, suitable orientation and suitable interval, candy continuously must be transferred to wrapping machine, could pack candy efficiently.In addition, in the process of conveying, also the candy of the fragmentation in candy in bulk or other N/R contamination filtrating must be fallen, and keep candy integraty as far as possible.
Usually, the feed load transfer device of candy wrapper comprises feed arrangement, receives the rotation distribution plate of candy and export the pay-off of candy from feed arrangement, wherein on the periphery of described rotation distribution plate, is provided with multiple appearance hole for receiving candy.
The feed efficiency of candy also depends on following three factors substantially except depending on its shape.
First, the quantity for the appearance hole receiving candy rotation distribution plate arranged defines the probability that candy can receive in appearance hole.If the quantity holding hole in rotation distribution plate is more, then candy wrapper is in order to realize same packaging efficiency, and candy receives the time used in appearance hole just must be shorter, but this causes again the spin down rotating distribution plate conversely.
Secondly, the interval in appearance hole for receiving candy is relevant to the packaging efficiency of candy wrapper.In order to realize the high fill-ratio (that is, reducing the unloaded quantity holding hole) rotating distribution plate, the spacing between the appearance hole that can receive candy must be little as best one can.Like this, candy just can have more probability to be received in appearance hole.
Moreover the rotating speed rotating distribution plate also defines the feed efficiency of candy.But, when packaging character and rotate the diameter of distribution plate specify, arbitrarily can not change the rotating speed rotating distribution plate.
Therefore, how to improve the feed load transfer device of candy wrapper, make it when candy wrapper packaging character and rotate the diameter of distribution plate specify, most high fill-ratio ground, namely receive to maximum likelihood and supply candy and become a technical matters urgently to be resolved hurrily.
In addition, for the candy of lollipop class, rotating the transferring position place between distribution plate and pay-off, the push rod being transferred to the conveyer chain arranged in pay-off by rotation distribution plate receives by lollipop.In order to pack lollipop subsequently, the spacing between push rod must be set to enough large.In order to ensure processing lollipop carefully (namely, avoid that lollipop is broken, collision etc. between them), rotating the transferring position place between distribution plate and conveyer chain, the circumferential speed rotating distribution plate is preferably substantially equal to the speed of conveyer chain, that is, relative velocity therebetween should keep low as far as possible.Under desirable state, the speed of the two is identical.Usually, the speed that distribution plate rotating speed is greater than conveyer chain is rotated.Like this, lower in order to guarantee the relative velocity at the two transferring position place as mentioned above, just must strengthen the spacing between the appearance hole on rotation distribution plate as far as possible.When rotating distribution plate diameter and being certain, this additionally reduces lollipop conversely and is held the probability of hole reception, and negatively have impact on feed efficiency.
European patent open source literature EP1283183 discloses a kind of feed load transfer device, and wherein, the push rod on conveyer chain radially spinning distribution plate obtains material.Material is accelerated to the speed of the push rod conveyer chain along throughput direction from zero.But this feed load transfer device is only suitable for lower package speed.
European patent open source literature EP1310430 discloses a kind of feed conveyor system, and it is arranged to tangentially obtain lollipop.Within the system, the rod of grabbing being arranged in the lollipop rotating distribution plate is aligned along the throughput direction of conveyer chain.But, rotate differing greatly between spacing between the appearance hole in distribution plate and the push rod of conveyer chain, this also can affect negatively packaging character (by suddenly dynamic cause break).
DE publication DE102008018224 discloses a kind of feed load transfer device, wherein, arranges to shift and takes turns, to compensate the velocity contrast rotated between distribution plate and conveyer chain between rotation distribution plate and conveyer chain.But, adopt transfer wheel certainly will add the complexity of whole feed load transfer device.
Therefore, how the pay-off of feed load transfer device is set, makes it more efficiently and utilize conveyer chain to carry lollipop also to become a technical matters urgently to be resolved hurrily with less breaking.
Summary of the invention
One object of the present invention is to provide a kind of feed load transfer device for lollipop wrapping machine, in the pay-off of described feed load transfer device, being provided with can the device of grabbing excellent position of adjusting rod lollipop, thus lollipop is when transferring to lollipop wrapping machine from pay-off, can be transferred with unified attitude, the rod of grabbing avoiding lollipop fractures, and the lollipop of unified attitude conveying simultaneously also contributes to the production efficiency improving lollipop wrapping machine.
According to the loading tray of the feed load transfer device of candy wrapper of the present invention, it comprises:
Frame;
Bearing, it is assembled in above-mentioned frame, linearly extends, and described bearing is provided with the longitudinal slot linearly extended;
At least one push rod, upwards stretches out from above-mentioned longitudinal slot, can move the bearing of trend of longitudinally groove;
Adjustment plate, is positioned at above bearing, cover part longitudinal slot, and one end and the bearing of adjustment plate are configured with collecting mouth;
It is characterized in that, be positioned on longitudinal slot by lollipop its sugar when aforementioned feedway enters longitudinal slot of above-mentioned feed load transfer device supply, it grabs the bearing of trend of rod perpendicular to longitudinal slot, the bearing of trend that described push rod promotes sugar longitudinally groove enters subsequent packages program from collecting mouth, above-mentioned collecting mouth is formed with stopper, distance between stopper and longitudinal slot is less than the distance of grabbing the end of rod of center to lollipop of the sugar of above-mentioned lollipop, when above-mentioned lollipop is promoted to enter collecting mouth by push rod, it is grabbed after rod is stopped by stopper and guides it to rotate to the direction near longitudinal slot.
Preferably, be resisted against on the upper surface of bearing at described adjustment plate, described stopper is arranged on adjustment plate, and stopper is connected on bearing.
Preferably, described collecting mouth is also provided with towards the downward-sloping limit, oblique angle of stopper, limit, oblique angle is arranged on adjustment plate, and limit, oblique angle is connected continuously with stopper, the grabbing rod and can contact with limit, oblique angle and be directed to stopper of above-mentioned lollipop.
Preferably, described push rod, by the conveyer chain drive be assembled in feed load transfer device, comprises several push rods, and the distance between push rod and push rod is greater than the upperlimit of the sugar of lollipop.
Preferably, described adjustment plate and/or described bearing are coated with Antiblock coating.
Preferably, grab described in guide after rod is stopped by stopper and turn to that to trend towards longitudinal slot parallel.
Preferably, described adjustment plate is made up of sheet metal.
Preferably, bearing is provided with an arc slope, the above-mentioned lollipop entering longitudinal slot from aforementioned feedway is introduced into arc slope, then slides to longitudinal slot by arc slope, and the bearing of trend promoting lollipop longitudinally groove by push rod moves.
According to a further aspect in the invention, provide a kind of lollipop wrapping machine, it has above-mentioned feedway.
Adopt the technical scheme provided in this specification and claims, because vibration send the vibra shoot of screen device to be provided with screening utensil, candy, especially lollipop are constantly reversed being transferred while on screening utensil, thus the sugar of the candy of fragmentation or lollipop, lollipop come off grab rod or other dirt of N/R etc. and effectively by filtering, can correspondingly improve the production efficiency of candy wrapper.
Accompanying drawing explanation
Fig. 1 diagrammatically illustrates according to of the present invention for candy wrapper, the transparent view being particularly useful for the feed load transfer device of lollipop wrapping machine;
Fig. 2 diagrammatically illustrates the fragmentary, perspective view of feed load transfer device as shown in Figure 1;
Fig. 3 diagrammatically illustrates the partial side view of feed load transfer device as shown in Figure 1;
Fig. 4 schematically enlargedly show the transparent view of the vibra shoot according to illustrative examples of the present invention;
Fig. 5 schematically enlargedly show the transparent view at another visual angle of vibra shoot as shown in Figure 4;
Fig. 6 diagrammatically illustrate from directly over the feed load transfer device as shown in Figure 1 that looks over obliquely;
Fig. 7 diagrammatically illustrates the fragmentary, perspective view of feed load transfer device as shown in Figure 1, wherein basically illustrates rotation distribution plate and how to receive candy, such as lollipop;
Fig. 8 diagrammatically illustrates the fragmentary, perspective view of feed load transfer device as shown in Figure 1, wherein basically illustrate how lollipop is arranged in place and overturn lollipop grab rod;
Fig. 9 diagrammatically illustrates the transparent view of grabbing the structure of rod for lollipop of becoming a full member;
Figure 10 is schematically illustrated in the transmission device installed in feed load transfer device of the present invention;
Enlarged perspective looked up by the transmission device that Figure 11 diagrammatically illustrates as shown in Figure 9;
Figure 12 diagrammatically illustrates the fragmentary, perspective view of feed load transfer device as shown in Figure 1, and wherein the pay-off of feed load transfer device is represented by cutting, the principle of work according to rotation distribution plate of the present invention to be described;
Figure 13 diagrammatically illustrates the transparent view of the upper cover part of the pay-off from bottom side viewing;
Figure 14 diagrammatically illustrates the transparent view at the transferring position place rotated between distribution plate and pay-off, and wherein lollipop is in not by the state of setting right; And
Figure 15 diagrammatically illustrates the transparent view at the transferring position place rotated between distribution plate and pay-off, and wherein lollipop is set right.
Detailed description of the invention
Preferred implementations more of the present invention are described with reference to the accompanying drawings.In the drawings and in which, identical parts are represented by identical Reference numeral.In addition, only for schematic object, each accompanying drawing is not to wait mode in proportion to draw completely.
Fig. 1 shows the block diagram according to the feed load transfer device for (unshowned) candy wrapper, especially lollipop wrapping machine of the present invention.According to the present invention, this feed load transfer device comprises hopper 1, screen device 2, chute 4, loading tray and pay-off 8 are sent in vibration.
In an embodiment of the present invention, lollipop is adopted to be described as the example of candy.Particularly, be described as an example with the lollipop with the spherical candy bar forms of grabbing rod in application documents of the present invention.But can be clear, meeting under the prerequisite according to the function of structure of the present invention, the lollipop of other suitable type any or candy all may be used for according to feed load transfer device of the present invention.
As shown in Figure 1, hopper 1 is upwards uncovered square-shaped hopper, and it is arranged in the frame of feed load transfer device by means of support and screw.Arrange that at the lower exit port place of hopper 1 screen device 2 is sent in vibration according to a preferred embodiment of the invention.Be provided with outlet below hopper 1, vibration send screen device 2 to be positioned at outlet below, and the lollipop in bulk in hopper 1 falls into vibration by outlet and send screen device 2.
As shown in Figure 1, the outlet of hopper 1 is coated with baffle plate 1.1, this baffle plate 1.1 is rectangular, is provided with guide groove 1.3 at its position of center line place vertically.Screw 1.2 is installed on the side of hopper 1 through this guide groove 1.3, baffle plate 1.1 coordinates by guide groove 1.3 and screw 1.2 the side being fixed on hopper 1, and vertically can regulate the position relative to hopper 1, thus adjust the size of above-mentioned outlet, send the delivery speed of screen device 2 to vibration with this regulating rod lollipop.
As shown in Figure 2, screen device 2 involving vibrations groove 10 and vibration unit 12 are sent in vibration.Vibration send screen device 2 can also be included in the receiving vessel 14 of described vibra shoot 10 arranged beneath in frame.Receiving vessel 14 can be the container of any applicable shape, such as common plastic tub etc.When feed load transfer device works, lollipop drops in vibra shoot 10 from the outlet of hopper 1, and as shown in Figure 3, lollipop slides along S direction in vibra shoot 10, enters chute 4.
Fig. 3 shows the partial side view of feed load transfer device as shown in Figure 1.Vibration unit 12 is arranged in the frame of feed load transfer device, vibra shoot 10 is fixedly connected on vibration unit 12, in an embodiment of the present invention, the upstream extremity along throughput direction S of vibra shoot 10, the vibra shoot 10 namely near the exit of hopper 1 are fixedly connected with vibration unit 12.The upstream extremity of vibra shoot 10 is positioned at immediately below the outlet of hopper 1, and the open downstream end along throughput direction S of vibra shoot 10 is towards chute 4.The body comprises metal sheet material of vibra shoot 10, such as stainless steel sheet are stamped to form.
As shown in Figures 3 to 5, vibra shoot 10 the first diapire 10.3 of comprising two corresponding sidewalls 10.1, end wall 10.2 and being connected with end wall 10.2 and two sidewalls 10.1.This first diapire 10.3 is provided with the fixed part 10.4 for being connected with vibration unit 12.As an alternative, can expect that fixed part 10.4 also can be arranged on sidewall 10.4 or end wall 10.3.
Vibra shoot 10 also comprises and forms the second diapire side by side by some guide rods 10.8, and the first diapire 10.3 and the second diapire continue and serve as the diapire of vibra shoot 10.The support strip 10.6 for fixing above-mentioned some slivers 10.8 is provided with between the first diapire 10.3 and the second diapire, described support strip 10.6 is provided with some perforation, in order to accommodate one end of above-mentioned guide rod 10.8, with the position relationship between this Location guide 10.8 and vibra shoot 10.Be provided with the reception bar 10.7 of the other end for supporting above-mentioned some guide rods 10.8 at the terminal position near vibra shoot 10 diapire, guide rod 10.8 is fixed on by usual manners such as welding and receives on bar 10.7.By above-mentioned support strip 10.6 and reception bar 10.7, guide rod 10.8 is fixed on vibra shoot 10.8, and serves as the second diapire of vibra shoot 10.8.
Abutment wall 10.5 is had from the lower edge of two sidewalls 10.1 respectively to downward-extension at the both sides place of the second diapire of vibra shoot 10.As can be seen from Fig. 3 to Fig. 5, the connection edge between sidewall 10.1 and the first diapire 10.3 and the connection edge between sidewall 10.1 and abutment wall 10.5 are located along the same line, and parallel with the upper limb of sidewall 10.1.The lower edge of abutment wall 10.5 and the upper limb of sidewall 10.1 are an angle.
Each guide rod 10.8 is fixed on to spacing by any applicable fixed form such as clamping, welding etc. and receives on bar 10.7.The lower edges parallel of described guide rod 10.8 and abutment wall 10.5, also namely the upper limb structure of guide rod 10.8 and sidewall 10.1 is at angle.When vibration send screen device 2 to be mounted in place, the upper limb of abutment wall 10.5 and the upper limb of sidewall 10.1 and plane-parallel, guide rod 10.8 is downward-sloping along throughput direction S.
Alternatively, the sidewall 10.1 of vibra shoot 10 and/or the upper limb of end wall 10.2 can outside flangings, to avoid carrying the sharp upper limb of wall described in the process of candy to make candy impaired, or make operator injured.
Guide rod 10.8 can be ganoid round bar, is made up of metal such as corrosion-resistant steel.In order to expendable weight, guide rod 10.8 can be fabricated to Hollow circular beam.As an alternative, guide rod 10.8 such as also can be formed the guide rod of ganoid square, triangle or other any applicable shape.
In specific embodiment as shown in the figure, support strip 10.6 is provided with the perforation for receiving guide rod 10.8.But can expect, guide rod 10.8 also can directly be welded in support strip 10.6.Even guide rod 10.8 also directly can be welded on the first diapire 10.3.As an alternative, also can cancel the first diapire 10.3, and guide rod 10.8 is directly fixed on the relevant position of end wall 10.2, is served as whole diapires of vibra shoot 10 by the second diapire.
As shown in Figure 4 and Figure 5, the downstream end along throughput direction S of guide rod 10.8 exceedes the lower edge of sidewall 10.1, is supported, thus make guide rod 10.8 downward-sloping along throughput direction S by the lower edge along throughput direction S of abutment wall 10.5.Candy or lollipop can drop in chute 4 as shown in Figure 1 easily.
Guide rod 10.8 is arranged equally spacedly between two abutment wall 10.5.Spacing between adjacent guide rod 10.8 be arranged to just to be less than will be packaged, the minimum size of the sugar appearance profile of intact candy appearance profile or lollipop, make it 10.8 can not leak down between two adjacent guide rods.Also namely, damaged candy or lollipop or other impurity 10.8 to leak down between two adjacent guide rods, complete screening.
In the inventive solutions, the spacing between guide rod 10.8 should be understood to refer to the minimum width in gap therebetween.
As shown in Figure 1 to Figure 3, when feed load transfer device starts, candy or lollipop are supplied to vibration from hopper 1 continuously and send in the vibra shoot 10 of screen device 2; Under the effect of vibration of vibration unit 12, vibra shoot 10 by left and right, front and back and/or can vibrate up and down by a small margin, thus the candy on vibra shoot 10 or lollipop are vibrated along with the vibration of vibra shoot 10.By vibration, candy or lollipop are easily slided on first diapire 10.3 and the second diapire of vibra shoot 10 along throughput direction S.And make in sliding process the sugar of damaged candy, damaged lollipop, be not connected with sugar grab rod or other dirt etc. and can fall to through the gap between the guide rod 10.8 of the second diapire in the receiving vessel 14 of vibra shoot 10 arranged beneath.With this screen damaged, do not meet the candy selling and require or lollipop, be not connected with sugar grab rod or other dirt etc., improve the product qualified rate of wrapping machine.
As shown in Fig. 4 to Fig. 5, be also provided with guiding groove 10.9 below the second diapire of vibra shoot 10, guiding groove 10.9 is the shape of wedge shape.As shown in Figure 5, the open side of guiding groove 10.9 towards the direction anti-with throughput direction S-phase, and just in time facing to the receiving vessel 14 be positioned at below vibra shoot 10.Guiding groove 10.9 is downward-sloping along the direction that throughput direction S-phase is anti-, the candy of described breakage or lollipop, be not connected with sugar grab rod or other dirt etc. after dropping in the gap by guide rod 10.8, part drops on described guiding groove 10.9, and is entered in receiving vessel 14 by the guiding of guiding groove 10.9.
Described guiding groove 10.9 can also guide bar lollipop grab rod.As shown in Figure 3, when carrying lollipop, the grabbing rod and often can fall into gap between two adjacent guide rods 10.8 of lollipop.Now, along with lollipop is along the slip of throughput direction S on the second diapire, what guiding groove 10.9 to utilize bottom it smoothly guide bar lollipop grabs rod, makes it to be easy to slide along throughput direction S, and avoids being stuck.
Above-mentioned abutment wall 10.5 can be one-body molded with sidewall.Guide rod 10.8 can be substituted by a kind of sieve plate, and wherein said sieve plate is longitudinally cut with multiple parallel each other and equally spaced groove; In this case, the width of each described groove and the spacing of guide rod are arranged to the minimum size of the sugar appearance profile being just less than intact candy appearance profile or lollipop similarly, thus the width of described groove can be greater than damaged, must by the minimum size of the appearance profile of candy abandoned or the sugar appearance profile of lollipop.
As shown in Figure 1, hopper 1, vibration send screen device 2, chute 4 and loading tray with respect to the horizontal plane just to arrange successively stragglyly.Chute 4 relative to vibration send screen device 2 generallyperpendicular arrange.In order to reduce vibration send the relative height between the downstream end along direction S of screen device 2 and chute 4 with prevent the candy that drops or lollipop broken, offer otch sending on the sidewall of screen device 2 near vibration of chute 4, send the end of the second diapire of screen device 2 in order to accept vibration.
Chute 4 is stamped to form by sheet metal such as stainless steel sheet, is fixed in the frame of feed load transfer device.Downward-sloping to loading tray in chute 4 horizontal direction, thus the lollipop entering chute 4 can slide on loading tray.Chute 4 is provided with the Teflon thin plate can avoided with lollipop adhesion.
As shown in figs. 1 and 6, baffle plate 4.1 is provided with in the end be positioned at above loading tray of chute 4.Baffle plate 4.1 has gap with the end of chute 4, and lollipop is dropped on loading tray from this gap.Described baffle plate 4.1 can slow down lollipop and drop to speed on loading tray.
As shown in Figure 7, loading tray is transported to relevant position after the lollipop be located thereon being loaded with suitable posture, and loading tray includes rotation distribution plate 6, baffle plate, transhipment dish 20, volume brush 16 and lollipop and grabs excellent turning device 18.
Rotate distribution plate 6 and comprise the circle distribution dish 6.1 and feed table 6.2 installed with one heart, feed table 6.2 is positioned at below described circular distribution dish 6.1, and the diameter of feed table 6.2 is greater than the diameter of distribution dish 6.1.Distribution dish 6.1 and feed table 6.2 can rotate separately without interfering with each other around common central axis.Fig. 6 shows schematic diagram when distribution dish 6.1 is removed.The periphery of circular feed table 6.2 is provided with multiple appearance hole 6.3 equably.It is circular for holding hole 6.3, in order to the spherical sugar of dongle lollipop, as shown in Figure 6, is also provided with the wider carrier bar of width 30 below circular feed table 6.2, the spherical sugar being contained in the lollipop in hole 6.3 is moved along direction P under the support of carrier bar.When feed load transfer device runs, distribution dish 6.1 rotates along direction T, and lollipop first drops on the distribution dish 6.1 of distribution plate 6 from above-mentioned chute 4, and described lollipop moves towards the periphery of distribution dish 6.1 under the influence of centrifugal force.Now, circular feed table 6.2 rotates along the direction P anti-with direction T-phase.Described lollipop can be driven to the position in the appearance hole of feed table 6.2 by above-mentioned centnifugal force, now, the spherical sugar of lollipop has probability to fall into described appearance hole 6.3, and what fall into the lollipop holding hole 6.3 grabs rod now towards all directions.Circular feed table 6.2 rotates volume brush 16(Fig. 7 and 8 along the edge placement one of direction P).Guiding grabbing rod to the direction needed for this, rotating volume brush 16 and any structure known in the art can be taked to realize, not being described further in this article.The outward flange in described appearance hole 6.3 is provided with otch.The width of this otch is greater than the external diameter of grabbing rod of lollipop.Preferably, above otch, be provided with the chamfering of expansion, so that the rod of grabbing of lollipop is easy to enter in otch.
As shown in Figure 8, above the circular feed table 6.2 rotating distribution plate 6, be also provided with a lollipop and grab excellent turning device 18.Lollipop is grabbed excellent turning device 18 and is comprised rotation volume brush 18.1 and drive spindle 18.2.Described lollipop along with feed table 6.2 rotate past lollipop grab excellent turning device 18 time, volume brush 18.1 to be interfered with lollipop and order about and grabbed rod and distribution plate 6 forms certain angle in the horizontal direction obliquely, A mark as shown in Figure 9, and continue along with feed table 6.2 is in rotary moving along direction P.Now, enter distribution plate 6 from distribution plate 6 extension, and extend to the drive spindle 18.2 of rotation volume brush 18.1 near the one end in the center of circle of distribution plate 6, the rod of grabbing of meeting driving rod lollipop turn to horizontal direction.As shown in Figure 9, because drive spindle 18.2 and distribution plate 6 have angle, grab rod and can interfere with drive spindle 18.2 and be driven by position A to position B finally to position C in rotary course.Now, grab rod and enter in the otch in above-mentioned appearance hole 6.3, and in horizontal surface and radially outward described in.
As shown in Fig. 1, Fig. 6 and Fig. 7, be furnished with baffle plate along the periphery rotating distribution plate 6, drop from rotation distribution plate 6 in order to prevent candy.Described baffle plate comprises overhead gage 24.1 and lower baffle plate 24.2, fixes position each other between overhead gage 24.1 and lower baffle plate 24.2 by multiple support.A spaced apart gap of overhead gage 24.1 and lower baffle plate 24.2, the width in this gap is greater than the external diameter of grabbing rod of lollipop.Above-mentioned being driven into by drive spindle 18.2 grabs rod along with lollipop and feed table 6.2 are along in the gap rotating between overhead gage 24.1 and lower baffle plate 24.2 of direction P in otch.As shown in Figure 9, the initiating terminal of overhead gage 24.1 is provided with chamfering, so that the rod of grabbing of lollipop is easy to enter in the gap between overhead gage 24.1 and lower baffle plate 24.2.Then, movement lollipop grab rod successfully rotating in the gap between the overhead gage of distribution plate 6 and lower baffle plate, be bearing on the upper limb of lower baffle plate and continue to move along direction P.
Above-mentionedly be positioned on feed table 6.2, and do not enter the lollipop holding hole 6.3, again can be driven by volume brush 16 and sail on circular distribution dish 6.1, and coil the effect of 6.1 centnifugal forces in distribution under, again through said process, obtain to make it chance received by appearance hole 6.3.In order to be more convenient for, lollipop moves towards surrounding, and circular distribution dish 6.1 can be fabricated to the high and shape that periphery is low in center.
As shown in Fig. 8, Figure 12 and Figure 13, pay-off 8 comprises erecting frame 8.1 and base 8.2.Figure 12 is the schematic diagram after the upper erecting frame 8.1 of pay-off 8 is removed.Pay-off 8 is positioned at the below of the feed table 6.2 of distribution plate 6.Base 8.2 comprises bearing 8.3, the upper surface of bearing 8.3 is provided with the first transfer blade 8.4, first transfer blade 8.4 is substantially circular arc sector, be positioned in order to enable the sugar of the lollipop after excellent turning device 18 grabbed by lollipop and hold hole 6.3, and can not drop, thus make lollipop can along with appearance hole 6.3 in rotary moving along direction P.
As shown in figure 12, base 8.2 is also provided with to act between the second identical transfer blade 8.7, first transfer blade 8.4 and the second transfer blade 8.7 with the first transfer blade 8.4 there is a gap, and the second transfer blade 8.7 is positioned at the rear along direction P.The correspondence position in the gap on bearing 8.3 between the first transfer blade 8.4 and the first transfer blade 8.7 is provided with arc slope.Above-mentioned being contained in holds lollipop in hole 6.3 when rotating past the gap between the first transfer blade 8.4 and the second transfer blade 8.7 along with feed table 6.2, will drop on the arc slope of bearing 8.3 in hole 6.3 calmly, and slide into the passage of below, enter subsequent delivery program.
Pay-off 8 also comprises transhipment dish 20 as shown in Figure 6, and it can be arranged in the frame of feed load transfer device rotatably.The main body of transhipment dish 20 is a disk, its periphery is evenly outward extended with multiple protruding 20.1.Transhipment dish 20 is positioned at the below rotating distribution plate 6, all can carry out independently rotary motion.Transhipment dish 20 to be positioned at below the first transfer blade 8.4 and in the horizontal direction higher than the second transfer blade 8.7.Transhipment dish 20 can rotate along direction Q around the rotation axis of himself, and direction Q is identical with direction P.
Gap location between the first transfer blade 8.4 and the second transfer blade 8.7, the tangential velocity of circular feed table 6.2, namely hold hole 6.3 speed and transhipment dish 20 the speed of projection 20.1 identical.Transhipment dish 20 is arranged to be filled up in the gap between the first transfer blade 8.4 and the second transfer blade 8.7 via each projection, support the lollipop held in the appearance hole 6.3 of the gap location between the first transfer blade 8.4 and the second transfer blade 8.7 and grab rod, make it cannot drop on the arc slope of bearing 8.3, and enter subsequent packages program.The loading process of distribution plate 6 will be entered again along with feed table 6.2 by protruding 20.1 lollipops supported.
In the present embodiment, the rotating speed of transhipment dish 20 is arranged to protruding 20.1 and can be supported the compartment of terrain, appearance hole 6 of feed table 6, the lollipop held in the appearance hole 6.3 of the gap location namely between the first transfer blade 8.4 and the second transfer blade 8.7 can be supported by projection 20.1 compartment of terrain that transhipment coils 20, and cannot drop on the arc slope of bearing 8.3, and enter subsequent packages program.Also namely, the lollipop in the appearance hole 6.3 on feed table 6.2 just can drop on the arc slope of bearing 8.3 at interval of one, and enters subsequent packages program.
As shown in figure 14, when in appearance hole 6.3, lollipop A ' is transported to the gap between the first transfer blade 8.4 and the second transfer blade 8.7 by feed table 6.2, transhipment dish 20 also has one corresponding protruding 20.1 gap location between the first transfer blade 8.4 and the second transfer blade 8.7, thus this lollipop A ' supports by protruding 20.1, cannot drop from holding hole 6.3, be transported to the second transfer blade 8.7 by feed table 6.2, continue to move in a circle with feed table 6.2, enter second time loading process.Then, adjacent with the appearance hole 6.3 of loading lollipop A ' upper one is held hole 6.3 and carries lollipop B ' and rotate to the gap between the first transfer blade 8.4 and the second transfer blade 8.7, now, hold below hole 6.3 and the projection 20.1 not having transhipment dish 20 is supported, lollipop B ' drops on the arc slope of bearing 8.3, thus drive out pay-off 8 by the push rod of conveyer chain and transport to wrapping machine, enter subsequent packages program.Said process is a circulation, reruns.Also namely, the lollipop that the appearance hole 6.3 on feed table 6.2 receives just can fall into the arc slope of bearing 8.3 from the gap between the first transfer blade 8.4 and the second transfer blade 8.7 every one, and enters subsequent packages program.
As mentioned above, feed table 6.2 rotates a circle, and the lollipop received in the appearance hole 6.3 of feed table 6.2 has half and drops on the arc slope of bearing 8.3, and enters subsequent packages program.Remaining lollipop can be able to drop on the arc slope of bearing 8.3 after feed table 6.2 rotates a circle again.Also namely, each appearance hole 6.3 on feed table 6.2 has the probability of twice loading lollipop, and in the present embodiment, the probability that each appearance hole 6.3 is loaded into lollipop doubles.So, the no-load ratio holding hole can be significantly reduced, improve the filling rate that feed table 6.2 holds hole 6.3, thus reduce the empty bag rate of wrapping machine.
Supported by projection 20.1 interval of transhipment dish 20 for realizing above-mentioned appearance hole 6.3, and ensure that each appearance hole 6.3 all can be loaded and transport lollipop, the quantity holding hole 6.3 should be the odd number being greater than 3.
As an alternative, transhipment dish 20 can be arranged to become between the appearance hole of feed table 6.2 and hold hole, such as two or three Rong Kong etc. every several and just can be supported by protruding 20.1.Those skilled in the art want the quantity in appearance hole, interval to depend on the circumstances according to concrete.
The upper erecting frame 8.1 of pay-off 8 is fixed on base 8.2 via screw, thus roughly covers a corresponding part for the first transfer blade 8.4 and the second transfer blade 8.7 and transhipment dish 20.Figure 13 is the upward view of upper erecting frame 8.1, is provided with air nozzle 32 accordingly in the interstitial site on that side of base 8.2 and between the first transfer blade 8.4 and the second transfer blade 8.7 of upper erecting frame 8.1.Described air nozzle 32 can produce jet, in order to blow lollipop downwards, makes it to accelerate to drop downwards.
Upper erecting frame 8.1 can be fixed with the baffle plate of any suitable shape.During upper erecting frame 8.1 installation in position, the baffle plate of described suitable shape extends to and rotates above distribution plate 6, so that the higher lollipop of guide bar is rapidly loaded in the appearance hole 6.3 rotating distribution plate 6.
Figure 10 and Figure 11 shows the transmission device 22 rotating distribution plate 6 and transhipment dish 20.Transmission device 22 is arranged on frame lower.Transmission device 22 is provided with sprocket wheel 22.1, and it obtains power or itself also can be driven by motor as an alternative via messenger chain from candy wrapper, and sprocket wheel 22.1 is connected with the input shaft of one speed reducer.Can expect, described retarder can be the retarder of any applicable type known to those skilled in the art.The output shaft of this retarder is provided with another sprocket wheel, and it is connected via transmission chain and sprocket 22.2.In addition, the output shaft of this retarder is also provided with a gear.The output shaft of one S. A. and retarder is arranged in frame abreast, thus the gear installed on this S. A. can with the gears meshing that arranges on the output shaft of retarder.This S. A. is also provided with a sprocket wheel, and it is connected via transmission chain and sprocket 22.4.Such as, sprocket wheel 22.2 is for driving feed table 6.2, and sprocket wheel 22.4 is for driving distribution dish 6.1.Can expect, the axle drive shaft being fixed on sprocket wheel 22.2 and the axle drive shaft being fixed on sprocket wheel 22.4 are installed coaxially in the mode that is enclosed within another, thus they can rotate separately mutually without interfering with each other.Such as, the axle drive shaft being fixed on sprocket wheel 22.4 can also be provided with a sprocket wheel 22.3, this sprocket wheel 22.3 via messenger chain with for driving the sprocket wheel of transhipment dish 20 to be connected.Arrow in Figure 11 embodies the moving direction of driving band respectively.
The rotative speed of distribution dish 6.1, feed table 6.2 and transhipment dish 20 correspondingly can be changed by the size correspondingly changing sprocket wheel.It will be apparent to those skilled in the art that any transmission device that can realize similar transmission agency all can adopt in feed load transfer device of the present invention, such as gear drive etc.
As shown in figure 14, in the base 8.2 of pay-off 8, define the arc slope, receiving area for dongle lollipop, the below at its interstitial site place between the first transfer blade 8.4 and the second transfer blade 8.7.Conveyer chain is provided with in the inner volume of described base 8.2.Conveyer chain is provided with multiple push rod 22, and the distance between described push rod 22 at least can hold the sugar of a lollipop.The bearing 8.3 of base 8.2 is formed the longitudinal slot 8.5 that can hold conveyer chain.Longitudinal slot 8.5 extends to the mouth of pay-off 8 from arc slope place.Immediately below the appearance hole 6.3 of longitudinal slot 8.5 when being in the gap between the first transfer blade 8.4 and the second transfer blade 8.7, above-mentioned push rod 22 can protrude upward from longitudinal slot 8.5, and moves along direction X in longitudinal slot 8.5.Arc slope place can be dropped to from the sugar holding the lollipop that the gap location of hole 6.3 between the first transfer blade 8.4 and the second transfer blade 8.7 drops, guided by arc slope and enter longitudinal slot 8.5, above-mentioned push rod 22 is also moving along direction X along the sugar of meeting pushing tow lollipop in the X moving process of direction.In the present embodiment, push rod 22 is configured to the lollipop that often drops, and all has corresponding push rod 22 to be push by lollipop and moves along direction X.This conveyer chain can be the conveyer chain structure usually adopted in the art.In order to more easily receive lollipop, the surface of longitudinal slot 8.5 both sides is such as formed to tilt towards longitudinal slot a little.
As shown in figure 14, adjustment plate 8.6 is installed in the below of the second transfer blade 8.7.The bearing of trend of this adjustment plate 8.6 is parallel with the bearing of trend of longitudinal slot 8.5, and and distance between longitudinal slot 8.5 at least can hold the sugar of described lollipop.
As shown in figure 14, between adjustment plate 8.6 and longitudinal slot 8.5, be formed with collecting mouth, in order to make the sugar of lollipop be pushed the interval between adjustment plate 8.6 and longitudinal slot 8.5 by push rod 22, enter subsequent packages flow process to make it.This adjustment plate 8.6 is provided with stopper 8.6.1 and limit, oblique angle 8.6.2 on collecting mouth.Stopper 8.6.1 is connected continuously with limit, oblique angle 8.6.2, and stopper 8.6.1 is positioned at below the 8.6.2 of limit, oblique angle, and is resisted against the upper surface of bearing 8.3.
As shown in figure 14, when lollipop falls into arc slope place, grabbing outside rod and longitudinal slot 8.5 Vertical dimension of lollipop.As shown in figure 15, when lollipop is promoted to move to reach the collecting mouth of adjustment plate 8.6 and longitudinal slot 8.5 along direction X by push rod 22, excellent can being directed to by limit, oblique angle 8.6.2 of grabbing of lollipop is interfered with stopper 8.6.1, then stopped by stopper 8.6.1, thus cannot continue to move along direction X with pushing block 22.Now, the sugar that pushing block 22 continues to promote along direction X lollipop moves on, and grab that rod is stopped by stopper 8.6.1 and direction along direction Y-direction longitudinal slot 8 is rotated, and finally lollipop pushed interval between adjustment plate 8.6 and longitudinal slot 8.5, to enter subsequent packages flow process to grab the parallel longitudinal of rod and longitudinal slot 8.5 or to be formed low-angle mode.
As mentioned above, lollipop substantially with its sugar front grabbing the mouth that excellent posterior mode is moved toward pay-off 8, to make lollipop wrapping machine after receiving lollipop from mouth, can pack lollipop.
In the inventive solutions, adjusting plate 8.6 can take any applicable shape to arrange.Such as, grab rod in order to what dial gear stick lollipop more swimmingly, stopper 8.6.1 or limit, oblique angle 8.6.2 can be arranged by arc.
In the present embodiment, adjusting plate 8.6 is sheet metal, especially stainless steel materials blanked part.But, it may occur to persons skilled in the art that adjustment plate 8.6 can be substituted by any other suitable parts of grabbing excellent function realizing above-mentioned group of gear stick lollipop.Such as, adjustment plate 8.6 can be replaced by a kind of adjustment block, and this adjustment block is also arranged abreast with longitudinal slot 8.5 and had collecting mouth.This collecting mouth is any applicable moulding face such as inclined-plane, arcwall face.
Alternatively, in order to prevent hindering, the collecting mouth of described adjustment plate 8.6 can be coated with Antiblock coating, such as Teflon coating.
In pay-off, adopt conveyer chain and push rod for being carried towards mouth by lollipop although refer in the above-described embodiments, those skilled in the art can know that other suitable transmission structure any all can adopt in pay-off.Such as, as an alternative, can adopt in pay-off can the feeding belt of continuous reciprocation cycle, on this feeding belt, be wherein provided with the groove for holding lollipop, the upper band of described feeding belt and receiving area align, to receive the sugar of the lollipop fallen in receiving area.
Though the present invention is described as the load transfer device for lollipop, be appreciated that the sugar of not grabbing rod also can be carried by load transfer device of the present invention.
Although describe particular implementation of the present invention here in detail, the object that they are only used to explain provides, and should not think that they are construed as limiting scope of the present invention.Without departing from the spirit and scope of the present invention, various replacement, change and transformation can be conceived out.

Claims (9)

1., for a feedway for lollipop wrapping machine feed load transfer device, it comprises:
Frame;
Bearing, it is assembled in above-mentioned frame, linearly extends, and described bearing is provided with the longitudinal slot linearly extended;
At least one push rod, upwards stretches out from above-mentioned longitudinal slot, can move the bearing of trend of longitudinally groove;
Adjustment plate, is positioned at above bearing, cover part longitudinal slot, and one end and the bearing of adjustment plate are configured with collecting mouth;
It is characterized in that, when entering longitudinal slot by the lollipop of above-mentioned feed load transfer device supply, its sugar is positioned on longitudinal slot, it grabs the bearing of trend of rod perpendicular to longitudinal slot, the bearing of trend that described push rod promotes sugar longitudinally groove enters subsequent packages program from collecting mouth, above-mentioned collecting mouth is formed with stopper, distance between stopper and longitudinal slot is less than the distance of grabbing the end of rod of center to lollipop of the sugar of above-mentioned lollipop, when above-mentioned lollipop is promoted to enter collecting mouth by push rod, it is grabbed after rod is stopped by stopper and guides it to rotate to the direction near longitudinal slot.
2. feedway according to claim 1, is characterized in that, is resisted against on the upper surface of bearing at described adjustment plate, and described stopper is arranged on adjustment plate, and stopper is connected on bearing.
3. feedway according to claim 2, it is characterized in that, described collecting mouth is also provided with towards the downward-sloping limit, oblique angle of stopper, limit, oblique angle is arranged on adjustment plate, limit, oblique angle is connected continuously with stopper, the grabbing rod and can contact with limit, oblique angle and be directed to stopper of above-mentioned lollipop.
4. feedway according to claim 1, is characterized in that, described push rod, by the conveyer chain drive be assembled in feed load transfer device, comprises several push rods, and the distance between push rod and push rod is greater than the upperlimit of the sugar of lollipop.
5. feedway according to claim 1, is characterized in that, described adjustment plate and/or described bearing are coated with Antiblock coating.
6. feedway according to claim 1, is characterized in that, described in grab to guide after rod is stopped by stopper and turn to that to trend towards longitudinal slot parallel.
7. feedway according to claim 1, is characterized in that, described adjustment plate is made up of sheet metal.
8. feedway according to claim 1, it is characterized in that, bearing is provided with an arc slope, the above-mentioned lollipop entering longitudinal slot is introduced into arc slope, then slide to longitudinal slot by arc slope, and the bearing of trend promoting lollipop longitudinally groove by push rod moves.
9. a lollipop wrapping machine, it has the feedway according to aforementioned any one claim.
CN201210296013.9A 2012-08-20 2012-08-20 For the feedway of lollipop wrapping machine feed load transfer device Active CN103625688B (en)

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CN104260926B (en) * 2014-09-26 2015-12-30 成都三可实业有限公司 A kind of grain-counting plate assembly for sugar tidy-up device
CN104290959B (en) * 2014-09-26 2015-12-09 成都三可实业有限公司 A kind of sugar tidy-up device of package packing machine
CN104477441A (en) * 2014-11-27 2015-04-01 浙江理工大学 Candy arranging mechanism of candy packaging machine
CN104760723B (en) * 2015-01-13 2016-08-24 舟山市普陀天海适用技术研究所 With the electronic rotating disc type reason cup device turning over cup mechanism
CN106720824B (en) * 2016-11-16 2020-03-24 如皋市包装食品机械有限公司 Lollipop conveying mechanism
CN117602154A (en) * 2024-01-19 2024-02-27 烟台金丝猴食品科技有限公司 Candy boxing machine

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Address after: 310018 no.680, No.23 Road, Hangzhou Economic and Technological Development Zone, Hangzhou City, Zhejiang Province

Patentee after: Xingdeke packaging technology (Hangzhou) Co., Ltd

Address before: 310018 no.680, No.23 Road, Hangzhou Economic and Technological Development Zone, Hangzhou City, Zhejiang Province

Patentee before: Bosch Packaging Technology (Hangzhou) Co.,Ltd.