CN205203465U - Thin long rod class article automatic packaging machine - Google Patents
Thin long rod class article automatic packaging machine Download PDFInfo
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- CN205203465U CN205203465U CN201521086936.7U CN201521086936U CN205203465U CN 205203465 U CN205203465 U CN 205203465U CN 201521086936 U CN201521086936 U CN 201521086936U CN 205203465 U CN205203465 U CN 205203465U
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- weighing
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- class article
- elongated rods
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Abstract
The utility model relates to a thin long rod class article automatic packaging machine, including the scheduling device and the vanning device of weighing, scheduling device involving vibrations sieve and combination conveyer belt, the bottom of shale shaker is equipped with many parallel mount's horizontal pole, the clearance between two adjacent horizontal poles is greater than the diameter of thin long rod class article, the combination conveyer belt includes conveyer belt and the parallel arrangement a plurality of baffle rows on the conveyer belt, every baffle is arranged to be arranged along the direction of motion in bank of conveyer belt by a plurality of baffles and is formed, the axial of horizontal pole and the direction of motion of conveyer belt unanimously, the conveyer belt and distance between the horizontal pole is less than the length of thin long rod class article, and the vanning device of weighing includes material frame mechanism, weigh platform and chain drive, and material frame mechanism includes hangs pole, material frame and expecting the frame bottom and expecting the frame bottom plate with material frame articulated that the platform of weighing includes that bracing piece and one -level weighing machine construct. The utility model discloses to effectual, the accuracy of weighing of thin long rod class article sequencings, degree of automation is high, production efficiency is high.
Description
Technical field
The utility model relates to packaging facilities, particularly a kind of elongated rods class article automatic packaging machine.
Background technology
China has the elongated rods class article outputs such as a large amount of spiral nails, iron nail, bolt every year, and these elongated rods class article are all rambling loose mails, just meet difficulty when packing it: the gap between rambling elongated rods class article is very large, increase the volume of chest, thus add packaging and traffic cost; One end of the article such as spiral nail wherein, iron nail is relatively more sharp-pointed, and misaligned spiral nail, iron nail easily make chest damaged in handling process.The way solving these difficulties will sort to elongated rods class article exactly in packaging process, make such article towards basically identical.But because the quantity of the elongated rods class article such as iron nail is too huge, artificial sequence efficiency is too low, does not meet industrialization production requirements, is therefore necessary to develop the automatic packaging machinery for elongated rods class article, improves packaging efficiency.
For iron nail wherein, import in the market and domestic iron nail package packing machine are all adopt electromagnetic type nail device, this kind of iron nail packaging equipment is expensive, for most small business due to fund restriction, automatic iron nail packaging equipment can not be bought by the need of production of oneself, constrain the development of many iron nail manufacturers.Electromagnetic iron nail package packing machine also exists and adds the problems such as magnetic machine heating rapid wear, complex structure, power consumption in operational process, maintenance and repair be complicated in addition.Based on above reason, the elongated rods class article fully-automatic packaging equipment that development cost is cheap, Operation and Maintenance is easy to repair is imperative.
Summary of the invention
In order to solve the problems referred to above that current elongated rods class article packaging exists, the utility model proposes a kind of can unify to sort to elongated rods class article and carry, automatically weigh and case, elongated rods class article automatic packaging machine that packaging efficiency is high.
To achieve these goals, the utility model provides a kind of elongated rods class article automatic packaging machine, comprise collator and boxing apparatus of weighing, collator involving vibrations sieve and the combination transfer band below vibrating grizzly, the bottom of vibrating grizzly is provided with the cross bar of many parallel installations, gap between adjacent two cross bars is greater than the diameter of elongated rods class article, combination transfer band comprises load-transfer device and is set in parallel in the multiple dividing plate rows on load-transfer device, each dividing plate row is formed by the sense of motion arranged in rows of multiple dividing plate along load-transfer device, the axis of cross bar is consistent with the sense of motion of load-transfer device, distance between load-transfer device and described cross bar is less than the length of elongated rods class article, boxing apparatus of weighing comprises Liao Kuang mechanism, weighing platform and two be arranged in parallel and the chain drive be synchronized with the movement, each chain drive comprises intermeshing chain and sprocket wheel, Liao Kuang mechanism comprises hanger bar, expect frame and expecting frame bottom and the material frame bottom plate hinged with material frame, the two ends of hanger bar are arranged on the chain of a chain drive respectively, material sash hanger is in hanger bar, material frame can relative hanger bar move up and down in the vertical direction, weighing platform is in the below of described chain drive, weighing platform comprises strut bar and one-level Weighing mechanism, one-level Weighing mechanism comprises can the base plate one and be arranged on the LOAD CELLS one of weighing on base plate one of weighing that moves up and down of relative support bar, when material frames shift dynamic close weighing platform, material frame bottom plate is closed together with material frame, and be subject to the support of strut bar, one-level Weighing mechanism can move up material frame bottom plate closed together and material frame to lift and carry out one-level and weigh.
The elongated rods class article automatic packaging machine that the utility model provides, the vibrating grizzly be made up of cross bar bottom carries out the sequence of elongated rods class article, combination transfer band the consistent elongated rods class article delivery of sequence to expecting frame, install in packing chest after weighing in material frame, effective to the sequence of elongated rods class article, weigh accurately, degree of automation is high, production efficiency is high.The utility model structure is simple, durable, cheap, reliable, it is simple to control, to the working service of equipment with repair very convenient.
Further, load-transfer device comprises two and be arranged in parallel and the chain be synchronized with the movement and multiple connecting panel be arranged side by side between two chains, connecting panel is paved with the space between two chains, the two ends of connecting panel are arranged on two chains respectively, connecting panel is vertical with chain, and described dividing plate is arranged on connecting panel.Adopt the conveyer belt structure that chain combines with connecting panel, in the process of conveying elongated rods class article, keep unified sequence constant, and guaranteeing conveying smoothly simultaneously, for the elongated rods class article in conveying provide enough holding capacity.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation;
Fig. 2 is that direction enlarged view overlooked by the collator in Fig. 1;
Fig. 3 is vibrating grizzly birds-eye view;
Fig. 4 is combination transfer band schematic front view;
Fig. 5 is combination transfer band schematic top plan view;
Fig. 6 is that schematic diagram is looked on a combination transfer band left side;
Fig. 7 is elongated rods class article automatic packaging machine birds-eye view in Fig. 1;
Fig. 8 is that schematic diagram is looked on the boxing apparatus right side of weighing in Fig. 1;
Fig. 9 be Liao Kuang mechanism expect frame and material frame bottom plate close together with time constitution diagram.
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Detailed description of the invention
See Fig. 1 and Fig. 7, elongated rods class article automatic packaging machine comprises collator and boxing apparatus of weighing.See Fig. 1 and Fig. 2, collator involving vibrations sieve 1 and combination transfer band 2, two vibrating grizzlies 1 are arranged on directly over combination transfer band 2.Participate in Fig. 3, the bottom of vibrating grizzly 1 is provided with the cross bar 11 of many parallel installations, and the gap between adjacent two cross bars is greater than the diameter of elongated rods class article, and the axis of cross bar 11 is consistent with the sense of motion of combination transfer band 2.After rambling elongated rods class article enter into vibrating grizzly 1, through vibration, drop on combination transfer band 2 from the gap between cross bar 11, the direction of elongated rods class article becomes unanimously, achieves unified sequence.Multiple vibrating grizzly 1 can also be set work simultaneously to raise the efficiency.
See Fig. 4, Fig. 5 and Fig. 6, combination transfer band 2 comprises load-transfer device and is set in parallel in the multiple dividing plate rows on load-transfer device, load-transfer device comprises two and be arranged in parallel in the horizontal direction and the chain 21 be synchronized with the movement and multiple connecting panel 22 be arranged side by side between two chains 21, and chain 21 is driven by sprocket wheel 20.The two ends of connecting panel 22 are arranged on two chains 21 respectively, and connecting panel 22 is paved with space between two chains, vertical with chain and move together with chain 21.The quantity of connecting panel 22 is equal with the chain link quantity of chain, the two ends of a connecting panel 22 are arranged on a chain link of two chains respectively, this just makes the connecting panel maintenance level connecting upper and lower horizontal component chain, to carry elongated rods class article, the connecting panel connecting left/right rotation bight portion chain then can be turned smoothly.See Fig. 5 and Fig. 6, each connecting panel 22 is provided with five dividing plates 23, and dividing plate 23 outwardly, higher than connecting panel 22, has the distance being less than elongated rods class article length between adjacent two dividing plates 23 on connecting panel 22.Each connecting board structure is identical, and the quantity of dividing plate on each connecting panel is also identical with position.Each dividing plate row is formed by the sense of motion arranged in rows of the dividing plate 23 on multiple connecting panel 22 along load-transfer device, and in the present embodiment, five dividing plate rows lined up by dividing plate 23.Distance between cross bar 11 bottom load-transfer device (specifically the connecting panel 22 of load-transfer device) and vibrating grizzly 1 is less than the length of elongated rods class article, its effect is that its bottom support of elongated rods class article of making vertically to drop through cross bar gap is on connecting panel, and its top is stopped by adjacent two cross bars, elongated rods class article are avoided to topple over to both sides and upset direction, along with load-transfer device drives elongated rods class bottom of article to travel forward, elongated rods class article top is toppled over immediately backward, and the direction that elongated rods class article are dropped on the conveyor belt is consistent with load-transfer device sense of motion.Dividing plate row is used for dividing conveying space to load-transfer device, and five dividing plate rows can be divided into load-transfer device the conveying space of four rows, and elongated rods class article are from the conveying space that vibrating grizzly 1 drops between dividing plate row.The distance of adjacent two dividing plates row is less than the length of elongated rods class article, the elongated rods class article making to drop on the conveyor belt between two dividing plate rows keep placing direction in the course of conveying of load-transfer device, all elongated rods class article arrangement directions on load-transfer device are consistent, ensure also to keep unified sequence in course of conveying.Gap between adjacent two cross bars 11, between adjacent two dividing plates row, can guarantee that elongated rods class article can not drop on dividing plate row.Connecting panel 22 is one-body molded with the dividing plate 23 on it, also can be point body formed.Adopt the conveyer belt structure that chain combines with connecting panel, in the process of conveying elongated rods class article, keep unified sequence constant, and guaranteeing conveying smoothly simultaneously, for the elongated rods class article in conveying provide enough holding capacity.Load-transfer device also can other structures, such as belt etc.
See Fig. 1 and Fig. 2, rotate the outside of end (right-hand member in Fig. 1, Fig. 2) at load-transfer device, be provided with downward-sloping guide groove 3, guide groove is provided with five separator of battery platess 31, the quantity of separator of battery plates 31 is arranged corresponding with position with dividing plate, and separator of battery plates 31 is divided into four row's conveying spaces guide groove 3.The elongated rods class article dropped on the conveyor belt travel forward together along with load-transfer device, and rotate end at load-transfer device, elongated rods class article enter into guide groove 3 under gravity, slide in the material frame 44 of boxing apparatus of weighing along guide groove 3.
Collator is matched by vibrating grizzly and combination transfer band, elongated rods class article to drop when load-transfer device unified sequence, and in the course of conveying of load-transfer device, keep sequence constant, can improve the efficiency of follow-up vanning of weighing, collator is effective to the sequence of elongated rods class article.
See Fig. 1, Fig. 7 and Fig. 8, boxing apparatus of weighing comprises Liao Kuang mechanism, weighing platform and two chain drives.Four sprocket wheels, 42, four sprocket wheels, 42 points of rectangular arrangements of two rows that each chain drive comprises chain 41 and engages with chain 41, become a rectangle chain 41 tensioning.Two chain drives one in front and one in back be arranged in parallel, and sprocket wheel synchronous axial system, chain syn-chro-step moves.Liao Kuang mechanism comprises hanger bar 43, material frame 44 and material frame bottom plate 45, and the two ends of hanger bar 43 are arranged on the chain 41 of a chain drive respectively, move with chain 41.See Fig. 9, the top of material frame 44 is provided with suppending hole 440, and hanger bar 43 is installed on chain after first passing from suppending hole 440 again.Suppending hole 440 is in kidney-shaped, correspondingly the cross-sectional plane of hanger bar 43 is the kidney-shaped suitable with suppending hole, suppending hole 440 has certain length in the vertical direction, move up and down for hanger bar 43, and in the horizontal direction, gap between hanger bar 43 and suppending hole 440 is less, to limit the angle that material frame 44 swings around hanger bar 43.By hanger bar 43 and this fit system of suppending hole 440, material frame 44 is suspended in hanger bar 43, and material frame 44 can relative hanger bar 43 be moved up and down in the vertical direction.Hanger bar and suppending hole can be closed by other matching form, and material frame and hanger bar also can be other mounting meanss.Material frame 44 bottom opening, material frame bottom plate 45 material frame 44 bottom and with material frame 44 hinged, can freely open in without support situation, by rotate material frame bottom plate 45 can material frame 44 bottom closedown or open.Material frame 44 inside can arrange the parallel baffle consistent with the separator of battery plates 31 on guide groove 3, and when preventing elongated rods class article from entering wherein, direction is upset.In order to improve the efficiency of vanning of weighing, on chain, parallel equidistant is from arranging multiple Liao Kuang mechanism.
See Fig. 1 and Fig. 8, weighing platform is in the below of chain drive, comprise strut bar 46, one-level Weighing mechanism, secondary Weighing mechanism and three grades of Weighing mechanisms, two strut bars 46 are set in parallel in the below of chain in the horizontal direction, one-level Weighing mechanism, secondary Weighing mechanism and three grades of Weighing mechanisms are all arranged between two strut bars 46, and are arranged in order along the moving direction of chain.When expecting that frame 44 moves to the weighing positions above weighing platform, material frame bottom plate 45 is subject to the stop of strut bar 46 and upwards rotates, closed together and be subject to strut bar 46 and support with material frame 44, material frame bottom plate 45 closed together and material frame 44 are used for filling and fall into from guide groove 3 the unified sorted elongated rods class article come.One-level Weighing mechanism comprises base plate 1 of weighing, LOAD CELLS 1 and position transduser 49, base plate 1 of weighing can move up and down by relative support bar 46, four LOAD CELLS 1 are arranged on four angles of base plate 1 of weighing, and position transduser 49 is arranged on weighs on base plate 1.Secondary Weighing mechanism and three grades of Weighing mechanisms are except non-setting position sensor, structure is identical with one-level Weighing mechanism, that is: secondary Weighing mechanism comprises weigh base plate 2 472 and LOAD CELLS 2 482, base plate 2 472 of weighing can move up and down by relative support bar 46, and four LOAD CELLS 2 482 are arranged on four angles of base plate 2 472 of weighing; Three grades of Weighing mechanisms comprise weigh base plate 3 473 and LOAD CELLS 3 483, and base plate 3 473 of weighing can move up and down by relative support bar 46, and four LOAD CELLS 3 483 are arranged on four angles of base plate 3 473 of weighing.Fill closing material frame bottom plate 45 together and expecting that frame 44 is first after one-level Weighing mechanism is weighed roughly of elongated rods class article, again successively through secondary Weighing mechanism and three grades of weighing device weights, in the weighing of rear two-stage, when not reaching predetermined weight, carry out feed supplement to predetermined weight, after secondary is weighed and three grades are weighed, the elongated rods class article in material frame 44 all reach predetermined weight, and being weighed as of rear two-stage is accurately weighed.Three grades of thick essences that boxing apparatus of weighing adopts are weighed and thick, essence can be made to weigh and carry out respectively, weigh accurately and the time that saves improves efficiency.
Weighing platform respectively arranges a cam 52 in the below of base plate 1 of weighing, weigh base plate 2 472 and base plate 3 473 of weighing respectively, three cam 52 synchronous axial system, drive base plate 1 of weighing simultaneously, weigh base plate 2 472 and base plate 3 473 of weighing rise simultaneously or decline.When needs are weighed, cam 52 drives base plate 1 of weighing, weigh base plate 2 472 and base plate 3 473 of weighing rising, and when end of weighing, cam 52 turns over 180 degree, weigh base plate 1, weigh base plate 2 472 and the base plate 3 473 of weighing is separated with cam 52, is only subject to strut bar 46 and supports.Weigh base plate 1, weigh base plate 2 472 and moving up and down of base plate 3 473 of weighing also can be driven by other structures, also can be nonsynchronous.
The top of secondary Weighing mechanism and three grades of Weighing mechanisms is provided with vibrating disk 50, vibrating disk 50 has discharging opening, when secondary Weighing mechanism or three grades of weighing device weights do not arrive the weight preset, vibrating disk 50 starts, elongated rods class article on it fall into from discharging opening weighs in base plate 2 472 or the material frame of weighing base plate 3 473, by mode of vibration carrying out feed supplement, reaching secondary and weighing and three grades of objects of automatically accurately weighing of weighing.The utility model also can adopt other feed profile.
Weighing platform is also at the end arranged outside anti-leakage cover 51 of strut bar 46, and anti-leakage cover 51 takes the shape of the letter U, and load-transfer device 6 is in the below of anti-leakage cover 51, and being used for a packing box 7 is transported to position immediately below anti-leakage cover 51.Fill closing material frame bottom plate 45 together and expecting that frame 44 is after three grades are weighed of elongated rods class article, move to above anti-leakage cover 51, material frame bottom plate 45 is no longer opened fast by the support of strut bar 46, elongated rods class article in material frame 44 drop out, the material frame bottom plate 45 opened and anti-leakage cover 51 form a space of getting up all around, be scattered to surrounding when preventing elongated rods class article from dropping out, guarantee that elongated rods class article all fall in packing box 7.
Weigh base plate one, base plate two of weighing, weigh base plate three and anti-leakage cover parallel equidistant from setting, and base plate one of weighing, base plate two of weighing, the distance of weighing between base plate three and anti-leakage cover adjacent pairs is equal and expect that the distance between frame is equal with adjacent two.Whole device can carry out that one-level is weighed, secondary is weighed simultaneously, three grades weigh and discharging, production efficiency is high.
Below in conjunction with Brief Description Of Drawings working process of the present utility model.Before starting working, base plate 1 of weighing, base plate 2 4472 of weighing, base plate 3 473 of weighing are all at low level, and the vertex of LOAD CELLS 481,482,483 and position transduser 49 all cuts horizontal surface lower than on strut bar 46.After starting working, sprocket wheel 42 rotates, material frame 44 moves together along with chain 41, when some material frames 44 (hereinafter referred to as the first material frame) have just moved to the top of strut bar 46, material frame bottom plate is subject to the stop of strut bar 46 and upwards rotates, closed together with the first material frame, be subject to the support of strut bar 46 and continue to be kept closed, and continuing along with moving of chain to move forward.Cam 52 drives base plate 1 of weighing to move up, material frame bottom plate closed together and the first material frame are upwards held up and leave strut bar 46, now closed material frame bottom plate together and the first material frame are by four LOAD CELLS 481 jack-up, total weight is born by four LOAD CELLS 481 completely, to weigh beginning, vibrating grizzly 1 and combination transfer band 2 start, elongated rods class article are through sequence, transmit, enter the first material frame from guide groove 3, charging is on one side while weigh, when weight reaches a certain percentum (such as 90%) of requirement weight, combination transfer band 2 stops operating to stop charging, complete one-level slightly to weigh, cam 52 drives base plate 1 of weighing to move down afterwards, material frame bottom plate is separated with base plate 1 of weighing, material frame bottom plate closed together and the first material frame are supported by strut bar 46, chain 41 re-moves, first material frame continues reach.When first material frame moves on base plate 2 472 of weighing, the second material frame also moves to weighs on base plate 1, and position transduser 49 is responded to, and chain 41 stops mobile.Cam 52 drives weigh base plate 1 and base plate 2 472 of weighing to move up simultaneously simultaneously, and the first material frame carries out secondary and weighs, feed supplement in weighing process, and the second material frame carries out charging while carry out one-level and weigh simultaneously.Weigh end, cam 52 drives weigh base plate 1 and base plate 2 472 of weighing to move down, weigh base plate 1 and weigh base plate 2 472 all with expect that frame bottom plate is separated.Chain 41 re-moves, and when the first material frame moves on base plate 3 473 of weighing, the second material frame moves to weighs on base plate 2 472, and the 3rd charging basket moves to weighs on base plate 1, and position transduser 49 is responded to, and chain 41 stops mobile.Cam 52 drives base plate 1 of weighing simultaneously, weigh base plate 2 472 and base plate 3 473 of weighing move up simultaneously, first material frame carries out three grades and weighs, meticulous feed supplement in weighing process, 100% of weight is required until arrive, simultaneously the second material frame carries out secondary level and weighs, feed supplement in weighing process, the 3rd material frame charging is while carry out one-level and weigh.To weigh end, cam 52 drives base plate 1 of weighing, weigh base plate 2 472 and base plate 3 473 of weighing move down, these three base plates of weighing all are separated with material frame bottom plate, chain 41 continuation movement.When the 4th charging basket moves on base plate 1 of weighing, 3rd charging basket moves to weighs on base plate 2 472, second charging basket moves to weighs on base plate 3 473, first material frame moves to above anti-leakage cover 51, chain 41 stops mobile, at the 4th charging basket, 3rd charging basket and the second charging basket carry out one-level respectively, while secondary and three grades are weighed, the material frame bottom plate of the first charging basket is opened owing to having departed from the support of strut bar 46, elongated rods class article in first charging basket fall in packing box 7, load-transfer device 6 takes next station to packing box 7 and has continued jolt ramming, other operations such as packaging.Each material frame is weighed through one-level successively, secondary is weighed, three grades to weigh and these processes of discharging move in circles, the frame discharging of a material and three charging baskets are weighed and are carried out simultaneously, each material frame is weighed through three grades of thick essences again, and weighing precision is high, degree of automation is high, efficiency is high.
The utility model carries out the sequence of elongated rods class article by the vibrating grizzly that bottom is made up of cross bar, combination transfer band the consistent elongated rods class article delivery of sequence to expecting frame, in material frame, carry out one-level successively, secondary and three grades install in packing chest after weighing, effective to the sequence of elongated rods class article, weigh accurately, degree of automation is high, production efficiency is high.The utility model structure is simple, durable, cheap, reliable, it is simple to control, to the working service of equipment with repair very convenient.
Claims (9)
1. elongated rods class article automatic packaging machine, it is characterized in that, comprise collator and boxing apparatus of weighing, collator involving vibrations sieve and the combination transfer band below vibrating grizzly, the bottom of vibrating grizzly is provided with the cross bar of many parallel installations, gap between adjacent two cross bars is greater than the diameter of elongated rods class article, combination transfer band comprises load-transfer device and is set in parallel in the multiple dividing plate rows on load-transfer device, each dividing plate row is formed by the sense of motion arranged in rows of multiple dividing plate along load-transfer device, the axis of cross bar is consistent with the sense of motion of load-transfer device, distance between load-transfer device and described cross bar is less than the length of elongated rods class article, boxing apparatus of weighing comprises Liao Kuang mechanism, weighing platform and two be arranged in parallel and the chain drive be synchronized with the movement, each chain drive comprises intermeshing chain and sprocket wheel, Liao Kuang mechanism comprises hanger bar, expect frame and expecting frame bottom and the material frame bottom plate hinged with material frame, the two ends of hanger bar are arranged on the chain of a chain drive respectively, material sash hanger is in hanger bar, material frame can relative hanger bar move up and down in the vertical direction, weighing platform is in the below of described chain drive, weighing platform comprises strut bar and one-level Weighing mechanism, one-level Weighing mechanism comprises can the base plate one and be arranged on the LOAD CELLS one of weighing on base plate one of weighing that moves up and down of relative support bar, when material frames shift dynamic close weighing platform, material frame bottom plate is closed together with material frame, and be subject to the support of strut bar, one-level Weighing mechanism can move up material frame bottom plate closed together and material frame to lift and carry out one-level and weigh.
2. elongated rods class article automatic packaging machine according to claim 1, it is characterized in that, described load-transfer device comprises two and be arranged in parallel and the chain be synchronized with the movement and multiple connecting panel be arranged side by side between two chains, connecting panel is paved with the space between two chains, the two ends of connecting panel are arranged on two chains respectively, connecting panel is vertical with chain, and described dividing plate is arranged on connecting panel.
3. elongated rods class article automatic packaging machine according to claim 2, it is characterized in that, the outside of end is rotated at described load-transfer device, be provided with downward-sloping guide groove, the discharging opening of guide groove is above described base plate one of weighing, when described material frame is parked on base plate one of weighing, the elongated rods class article in guide groove fall in material frame.
4. elongated rods class article automatic packaging machine according to claim 3, it is characterized in that, described weighing platform also comprises secondary Weighing mechanism and three grades of Weighing mechanisms, secondary Weighing mechanism comprises can the base plate two and be arranged on the LOAD CELLS two of weighing on base plate two of weighing that moves up and down of relative support bar, secondary Weighing mechanism can move up the material frame bottom plate closed together after one-level is weighed and material frame to lift and carry out secondary and weigh, three grades of Weighing mechanisms comprise can the base plate three and be arranged on the LOAD CELLS three of weighing on base plate three of weighing that moves up and down of relative support bar, three grades of Weighing mechanisms can move up the material frame bottom plate closed together after secondary is weighed and material frame to lift and carry out three grades and weigh.
5. elongated rods class article automatic packaging machine according to claim 4, is characterized in that, the distance of adjacent two dividing plates row is less than the length of elongated rods class article.
6. elongated rods class article automatic packaging machine according to claim 5, it is characterized in that, described guide groove is provided with multiple separator of battery plates, and the quantity of separator of battery plates is arranged corresponding with position with described dividing plate.
7. elongated rods class article automatic packaging machine according to claim 6, it is characterized in that, described weighing platform also comprises the anti-leakage cover be arranged on outside described strut bar tail end, described Liao Kuang mechanism is that parallel equidistant is multiple from what arrange, weigh base plate one, base plate two of weighing, weigh base plate three and anti-leakage cover parallel equidistant from setting, with adjacent two, base plate one of weighing, base plate two of weighing, the distance of weighing between base plate three and anti-leakage cover adjacent pairs expect that the distance between frame is equal.
8. elongated rods class article automatic packaging machine according to claim 7, it is characterized in that, the top of described secondary Weighing mechanism and/or three grades of Weighing mechanisms is provided with vibrating disk.
9. elongated rods class article automatic packaging machine according to claim 8, it is characterized in that, described weighing platform is provided with cam, and base plate one of weighing described in cam driven, weigh base plate two and base plate three of weighing move up and down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521086936.7U CN205203465U (en) | 2015-12-22 | 2015-12-22 | Thin long rod class article automatic packaging machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521086936.7U CN205203465U (en) | 2015-12-22 | 2015-12-22 | Thin long rod class article automatic packaging machine |
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| Publication Number | Publication Date |
|---|---|
| CN205203465U true CN205203465U (en) | 2016-05-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521086936.7U Withdrawn - After Issue CN205203465U (en) | 2015-12-22 | 2015-12-22 | Thin long rod class article automatic packaging machine |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105523215A (en) * | 2015-12-22 | 2016-04-27 | 广东水利电力职业技术学院 | Automatic packaging machine for thin and long parts |
| CN107019237A (en) * | 2017-06-07 | 2017-08-08 | 红塔烟草(集团)有限责任公司 | A kind of smoked sheet finished product automatic weighing feed supplementing device |
| CN111394678A (en) * | 2020-05-21 | 2020-07-10 | 谈荣赋 | Galvanized treatment process for fastening screw |
-
2015
- 2015-12-22 CN CN201521086936.7U patent/CN205203465U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105523215A (en) * | 2015-12-22 | 2016-04-27 | 广东水利电力职业技术学院 | Automatic packaging machine for thin and long parts |
| CN107019237A (en) * | 2017-06-07 | 2017-08-08 | 红塔烟草(集团)有限责任公司 | A kind of smoked sheet finished product automatic weighing feed supplementing device |
| CN111394678A (en) * | 2020-05-21 | 2020-07-10 | 谈荣赋 | Galvanized treatment process for fastening screw |
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Granted publication date: 20160504 Effective date of abandoning: 20181204 |
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