CN209758387U - Comb-shaped material arranging mechanism - Google Patents
Comb-shaped material arranging mechanism Download PDFInfo
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- CN209758387U CN209758387U CN201920446989.7U CN201920446989U CN209758387U CN 209758387 U CN209758387 U CN 209758387U CN 201920446989 U CN201920446989 U CN 201920446989U CN 209758387 U CN209758387 U CN 209758387U
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Abstract
A comb-shaped material arranging mechanism comprises a vibration exciter and a corrugated plate which are rigidly connected together, wherein a plurality of material guide grooves which are arranged in parallel are distributed on the corrugated plate, and the comb-shaped material arranging mechanism is characterized in that a feeding guide groove is correspondingly arranged at the outlet end of each material guide groove, the section size of each feeding guide groove only can accommodate one row of short and long cylinders to stably pass through, the gap between two adjacent feeding guide grooves is larger than the diameter of the short and long cylinders, the distance from the right end of each feeding guide groove to the right end of the material guide groove of the corrugated plate is larger than the length of the short and long cylinders, the section shape of each feeding guide groove is the same as that of the material guide grooves, and each feeding guide groove and the corresponding.
Description
Technical Field
The utility model relates to a dynamic verification field especially relates to a comb shape reason material mechanism before detecting short and long strip cylinder.
Background
The middle part is a cylinder and the length to diameter ratio of the cylinder is 1.2: objects between 1 and 6:1 are referred to as short and long cylinders. Many short, long cylindrical objects require weight detection, foreign object detection, or counting. For example, capsule products in the industries of food, medicine, health care and the like are in the shape of short and long cylinders, and are separated from each other by a material arranging mechanism before detection, namely, the capsule products are generally arranged one by one in the conveying process and then are conveyed to a detection mechanism for detection.
The reason material technique of current rectangular cylinder of short is through setting up multistage vibration buckled plate successively, and a large amount of short and long cylinders fall first order vibration buckled plate through the feed bin on, and each grade vibration buckled plate all comprises buckled plate and below vibration exciter, and the buckled plate is united by a plurality of parallel arrangement and the big V groove of just bilateral symmetry of same size and contained angle and is constituteed, and multistage vibration buckled plate is through throwing the material high frequency forward, make short and long cylinder vibrate the scattering in proper order. For the short and long cylinders with spherical caps at two ends, such as capsules, the short and long cylinders can be automatically laid down to be parallel to the length direction of the large V-shaped groove when vibrating to move forwards. And the baffle scrapers can be arranged on the front-stage vibrating corrugated plate in general particularly for other short and long cylinders with two ends not in a spherical crown shape, so that the cylinders with the cylinder axes vertical to the length direction of the large V-shaped groove can lie down and become parallel to the direction of the large V-shaped groove when touching the baffle plates.
The problem is that at the outlet of the last-stage corrugated plate, although the short and long cylinders are laid down and parallel to the length direction of the large V-shaped groove, the short and long cylinders are often stacked, so that 2 or more than 2 cylinders are simultaneously or closely connected to a subsequent detection device in a very short time, and detection errors or difficulties are caused.
201521055463.4 the utility model discloses a material conveying and arranging device, which comprises a hopper, a material conveying device arranged below the hopper, a material counting device and a material arranging device, the material arranging device is arranged at the discharge end of the material conveying device and is used for arranging the materials so that single particles of the materials pass through the material counting device, the material conveying device comprises a base, a vibrating device arranged on the base and a vibrating corrugated plate connected with the vibrating device, the feeding end of the vibrating corrugated plate is aligned with the discharging opening of the hopper, a plurality of material conveying channels are arranged on the vibrating corrugated plate, carry the discharge end of material way to aim at the unloading passageway, material finishing device is including setting up overlap material on the corrugated plate falls into the groove and sets up the carding unit of unloading passageway entrance, it is equipped with the material collection box to overlap material fall into the groove below. The utility model provides a finishing device is carried to material, it can guarantee that the material count is accurate, improves filling efficiency.
SUMMERY OF THE UTILITY MODEL
The utility model provides a comb shape reason material mechanism makes the short rectangular cylinder shape of overlapping on the short and long cylinder shape of buckled plate bottom by reason material object on the vibration buckled plate roll from the both sides of feed guide slot when passing through the feed guide slot and fall, promptly, only is located the short and long cylinder shape of feed guide slot bottom by reason material object can be arranged one by one in proper order, go up on follow-up detection mechanism.
The technical measures adopted by the utility model are as follows: a comb-shaped material arranging mechanism comprises a vibration exciter and a corrugated plate, wherein the corrugated plate is rigidly connected with the vibration exciter through a connecting piece, the comb-shaped material arranging mechanism also comprises a feeding mechanism, a discharge port of the feeding mechanism is positioned above the left side of the corrugated plate, the feeding mechanism can be a storage bin or another material arranging mechanism, the corrugated plate is composed of a plurality of material guide grooves which are arranged in parallel, the material guide grooves can be formed by bending or punching, the center distance between every two adjacent material guide grooves is larger, a feeding guide groove is correspondingly arranged at the outlet end of each material guide groove, the feeding guide grooves are parallel to each other, the center distance between every two feeding guide grooves is the same as the center distance between every two material guide grooves, the section size of each feeding guide groove can only accommodate a short-strip-shaped cylindrical material arranging object to stably pass through, the gap between the adjacent edges of the two adjacent feeding guide grooves is larger than the diameter of the short-strip cylindrical, the distance from the right end of the feeding guide groove to the right end of the material guide groove of the corrugated plate is greater than the length of the short and long cylinders, so that the short and long cylindrical objects to be tidyed only one object can pass through the feeding guide groove in line, like a single-wood bridge, several people can push the objects at the same time, only one object can pass through, and the rest objects can fall into the river; the cross section of the feeding guide groove is the same as that of the material guide groove, and each feeding guide groove and the corresponding material guide groove are integrally formed by the same plate.
The scheme is characterized in that the material guide groove is a large V-shaped groove.
The feeding guide grooves are small V-shaped grooves with the same included angle with the large V-shaped grooves, each feeding guide groove and the corresponding large V-shaped groove are integrally formed by the same plate through cutting, bending or stamping and other processes, and the width of the V-shaped groove edge of each feeding guide groove is narrow.
A sliding plate which inclines towards the front lower part is arranged below all the feeding guide grooves, a collecting box is arranged below a slideway outlet of the sliding plate, and the rolled short and long cylindrical objects to be managed can slide into the collecting box through the sliding plate.
For short and long cylindrical objects to be sorted, the material guide grooves are large V-shaped grooves which are bilaterally symmetrical, the included angle of two sides of each large V-shaped groove is 2D (D is more than or equal to 45 degrees and less than 90 degrees), the radius of each short and long cylindrical object is r, and the width of the V-shaped edge of each large V-shaped groove is L2Satisfies the following formula: l is2The width of the feeding guide groove is larger than 2 xr/sinD, so that the short and long cylinders overlapped on the large V-shaped groove can be ensured to be correspondingly wide after reaching the corresponding feeding guide groove, namely, a gap larger than the diameter of the short and long cylinders can be reserved between the edges of two adjacent feeding guide grooves, and the short and long cylinders can roll down.
To the long strip cylinder's of short strip by reason material object, the feed guide slot is bilateral symmetry's little V groove, and the contained angle on feed guide slot both sides is 2A, for making on the long strip cylinder can follow big V groove and smoothly move to little V groove unimpeded, must satisfy: d is not less than A and not more than 75 degrees;
In order to ensure that the feeding guide groove can stably pass through a short and long cylinder with the radius of r, the overlapped short and long cylinder can not stay at the upper part or the side surface of the short and long cylinder positioned at the bottom of the small V groove of the feeding guide groove, B is an included angle between a connecting line from the edge of the small V groove to the center of the short and long cylinder positioned at the bottom of the small V groove and the edge of the small V groove when the overlapped short and long cylinder is in a critical state, C is an included angle between a connecting line from the center of the overlapped short and long cylinder and the edge of the small V groove and the connecting line from the center of the short and long cylinder positioned at the bottom of the small V groove to the edge of the small V groove when the overlapped short and long cylinder is in the critical state, the critical state is a state that the overlapped short and long cylinder can just stay at the side of the short and long cylinder positioned at the bottom of the small V groove, at the moment, the overlapped short and long cylinder is about to roll down from stopping, namely, the overlapped short and long cylinders can be stopped and rolled off, and at the intersection point of two states, B and C in the critical state satisfy the following two formulas:
3×sinB×sinB+2×sinB×cosC=1
B+C=180°-A
This gives B given a small V-groove angle of 2A.
the width of the small V-shaped groove edge of the feeding guide groove is L1The following equation must be satisfied: r x ctgA < L1＜r×(ctgB+ctgA)；
For the groove edge width L of a determined large V-shaped groove2the lower short and long cylindrical body can roll down at the edge of the feeding guide groove, L1It must also satisfy:
L1×sinA＜L2×sinD-r。
The bottom of the material guide groove of the corrugated plate is provided with a slender strip-shaped powder falling hole arranged along the length direction of the material guide groove at the position close to the outlet end, the width of the powder falling hole is smaller than the radius of the short and long cylinder, and the lower part of the powder falling hole is correspondingly provided with a powder recovery groove. The powder recovery groove is arranged below the material guide groove, and the sliding plate is arranged below the feeding guide groove to recover the fallen short and long cylinders, so that the powder can be separated from the short and long cylinders.
Or the material guide groove is a U-shaped groove which is symmetrical left and right or a trapezoid groove which is opened upwards.
The beneficial effect of this scheme is: 1. the utility model discloses a set up the feed guide slot in every material guide slot exit of buckled plate, make overlap on the buckled plate material guide slot of vibration and expect the object from the both sides of feed guide slot roll down from the both sides of feed guide slot on the object by reason of the short rectangular cylinder of material bottom the material guide slot, realized that only the reason material object that is located the feed guide slot bottom can be arranged one by one in proper order, go up to on the follow-up detection mechanism.
2. The outlet of each material guide groove of the corrugated plate is provided with a feeding guide groove instead of a groove in the middle of the corrugated plate, and each feeding guide groove and the corresponding large V groove are integrally formed by the same plate through cutting, bending or stamping and other processes, so the corrugated plate has the advantages of simple structure, easy manufacture, low cost and convenient arrangement.
3. The vibration corrugated plate is not provided with the grooves, the bending strength and the natural frequency of the vibration corrugated plate are not reduced, the service life of the vibration corrugated plate is not prolonged, the amplitudes of all points along the length direction of the groove body are consistent, and the moving speed of the short-strip cylindrical object to be managed is well controlled.
4. Because the connection points of the electromagnetic vibration exciter and the corrugated plates are generally positioned at the middle and the outer parts of the corrugated plates, the overlapped and rolled short and long cylindrical objects are inconvenient to recover if the objects fall between the connection points. The utility model discloses the during operation, the rectangular cylindrical quilt reason material object of short of overlapping all rolls and falls in big buckled plate exit, keeps away from the tie point, connects the material to retrieve the convenience.
5. because the feeding guide groove is arranged at the outlet of the large corrugated plate and belongs to a single-log bridge structure of an outlet terminal, the short and long cylindrical objects to be sorted are required to leave the sorting mechanism immediately, so that the material overlapping phenomenon on the sorting mechanism never occurs, and the situation that two short and long cylindrical objects pass through simultaneously is avoided.
6. To the capsule of equidimension, the utility model discloses can reduce the interval between each material guide way of buckled plate by a wide margin, make the buckled plate width compacter, can carry, manage the more capsule of material, also can make follow-up check out test set compacter, reduce the capsule quantity that falls by a wide margin.
Drawings
FIG. 1 shows the present inventionSchematic structural diagram of the model. Fig. 2 is a schematic top view of fig. 1. Fig. 3 is a schematic left side view of fig. 1. FIG. 4 shows the width L of the large V-groove edge of the corrugated plate2schematic representation. FIG. 5 shows the width L of the groove edge when the feeding guide groove is a small V-groove1Schematic representation.
In the figure, 1-vibration exciter, 2-corrugated plate, 3-connecting piece, 4-feeding guide groove, 9-collecting box, 10-sliding plate, 12-powder falling hole, and D-corrugated plate are half of the included angle of two V sides of large V groove; a-the feeding guide groove is a half of an included angle of two V sides when the feeding guide groove is a small V groove; r-radius of the short and long cylinders; b is an included angle of a connecting line from the edge of the small V-shaped groove to the center of the short and long cylindrical body at the bottom of the small V-shaped groove to the edge of the small V-shaped groove in a critical state; c is an included angle between a connecting line of the circle center of the short and long cylindrical body overlapped on the short and long cylindrical body and the edge of the small V-shaped groove and a connecting line of the circle center of the short and long cylindrical body at the bottom of the small V-shaped groove and the edge of the small V-shaped groove in a critical state; l is1-the width of the V-edge when the feed channel is a small V-groove; l is2The vee width of the large V-groove of the corrugated board.
Detailed Description
example 1: a comb-shaped material arranging mechanism, see figure 1, comprises a vibration exciter 1 and a corrugated plate 2, wherein the corrugated plate 2 is rigidly connected with the vibration exciter 1 through a connecting piece 3, the comb-shaped material arranging mechanism also comprises a feeding mechanism, a discharge port of the feeding mechanism is positioned above the left side of the corrugated plate 2, the feeding mechanism can be a storage bin or another material arranging mechanism, see figures 2 and 3, the corrugated plate 2 consists of a plurality of material guide grooves which are arranged in parallel, the material guide grooves can be formed by bending or punching, the center distance between adjacent material guide grooves is larger, see figures 1-3, each material guide groove is correspondingly provided with a feeding guide groove 4 at the outlet end, the feeding guide grooves 4 are parallel to each other, the center distance between each other is the same as the center distance between the material guide grooves, the section size of each feeding guide groove 4 is that only one short-strip cylindrical object to be arranged can stably pass through, and the gap between the adjacent edges of the two adjacent feeding guide, at least one short and long cylindrical object to be managed can be contained to roll and fall, as shown in fig. 2, the distance from the right end of the feeding guide groove 4 to the right end of the material guide groove of the corrugated plate 2 is larger than the length of the short and long cylindrical object, so that the short and long cylindrical objects can only pass through the feeding guide groove one by one, like a single-plank bridge, and several people can only push up the short and long cylindrical objects at the same time, and only one object can pass through, and the rest objects all fall into the river; the cross-sectional shape of the feeding guide groove 4 is the same as that of the material guide groove, and each feeding guide groove 4 and the corresponding material guide groove are integrally formed by the same plate. The scheme has simple structure and easy manufacture.
The material guide groove is a large V-shaped groove.
Referring to fig. 1-3, the feeding guide groove 4 is a small V groove with the same included angle as the large V groove; each feeding guide groove 4 and the corresponding large V-shaped groove are integrally formed by the same plate through cutting, bending or stamping and other processes, and the width of the V-shaped groove edge of each feeding guide groove 4 is narrow.
Referring to fig. 1, a sliding plate 10 inclined to the lower front is provided below all the feeding guide grooves 4, a collecting box 9 is provided below the chute outlet of the sliding plate 10, and the rolled short and long cylindrical objects to be managed can be slid into the collecting box 9 through the sliding plate 10.
Referring to fig. 2, a long and thin strip-shaped powder falling hole 12 arranged along the length direction of the large V-shaped groove is arranged at the position close to the outlet end of the bottom of the large V-shaped groove of the corrugated plate 2, the width of the powder falling hole 12 is smaller than the radius of the short and long cylinder, and a powder recovery groove is correspondingly arranged at the lower part of the powder falling hole 12.
Embodiment 2, a comb-shaped reason material mechanism, the same with embodiment 1 will not be repeated, the difference lies in, the material guide slot is the big V groove of bilateral symmetry, for the reason material object of short and long cylindrical shape, see figure 4, the contained angle of big V groove both sides is 2D (45 ≦ D < 90 °), the radius of short and long cylindrical is r, the V width of big V groove is L2satisfies the following formula: l is2the width of the short and long cylinders overlapped on the large V-shaped groove can be ensured to be sufficiently wide after the short and long cylinders are arranged on the corresponding feeding guide grooves 4, namely, a gap larger than the diameter of the short and long cylinders can be reserved between the edges of the V-shaped grooves of two adjacent feeding guide grooves 4, and the short and long cylinders can roll down.
Referring to fig. 5, the feeding guide groove 4 is a small V-shaped groove symmetrical to the left and right, and the included angle between two sides of the feeding guide groove 4 is 2A, so that the short and long cylinders can smoothly move to the feeding guide groove from the large V-shaped groove without resistance, and the requirements are satisfied: d is not less than A and not more than 75 degrees;
In order to ensure that the feeding guide groove 4 can stably pass through a short and long cylinder (material to be managed) with the radius r, the overlapped short and long cylinder can not stay at the upper part or the side surface of the short and long cylinder at the bottom of the V, B is an included angle between a connecting line from the edge of a small V groove to the center of the short and long cylinder at the bottom of the small V groove and the edge of the small V groove when the overlapped short and long cylinder is in a critical state, C is an included angle between a connecting line from the center of the overlapped short and long cylinder and the edge of the small V groove and a connecting line from the center of the short and long cylinder at the bottom of the small V groove and the edge of the small V groove when the overlapped short and long cylinder is in the critical state, and the critical state is a state that the overlapped short and long cylinder just can stay at the side of the short and long cylinder at the bottom of the small V groove, at the moment, the overlapped short and long cylinder can possibly stay, And the rolling is possible, and B and C in a critical state satisfy the following two formulas:
3×sinB×sinB+2×sinB×cosC=1
B+C=180°-A
This gives B given a small V-groove angle of 2A.
The width of the small V-shaped groove edge of the feeding guide groove 4 is L1The following equation must be satisfied: r x ctgA < L1＜r×(ctgB+ctgA)；
For the groove edge width L of a determined large V-shaped groove2The lower short and long cylindrical body can roll off at the edge of the feeding guide groove, L1It must also satisfy:
L1×sinA＜L2×sinD-r。
The actual corrugated plate 2 that makes arranges 18 big V grooves that parallel length is 200mm on, big V groove bilateral symmetry is that the width of the right side of the left side is equal and both sides contained angle 2D =90 °, and short and long strip cylinder is the capsule, and capsule radius r =4mm, length 24mm, the groove limit width L in big V groove2=14.1mm > 2 × r/sinD, the small V-shaped groove of the feeding guide groove 4 is symmetrical left and right, the included angle of the two sides is 2A, 2A =2D =90 °, and the distance from the right end of the feeding guide groove 4 to the right end of the large V-shaped groove is 50 mm;
Solving for B =37.9 °, C =97.1 ° according to the formula 3 × sinB +2 × sinB × cosC =1 and B + C =180 ° -a;
Small V-shaped groove edge width L of feeding guide groove 41=5.8, satisfying r × ctgA < L1< r x (ctgB + ctgA), also satisfying L1×sinA＜L2×sinD-r。
The experimental results are as follows: the speed of the previous-stage feeding device for conveying capsules to the corrugated plate 2 is controlled, so that 1 layer of overlapped capsules can be generated at most on the capsules at the bottom of the corrugated plate 2, the probability of the overlapped capsules is less than 5%, the corrugated plate 2 is butted with a subsequent capsule detection device, the operation lasts for 10 hours, the corrugated plate 2 conveys 100 ten thousand capsules altogether, 4 ten thousand capsules overlapped on the capsules at the bottom of the corrugated plate 2 all fall when passing through the feeding guide groove 4, only one row of capsules pass through the feeding guide groove 4 all the time, the phenomenon that the capsules are overlapped again never occurs on the feeding guide groove 4, and the condition that one capsule of 2 capsules simultaneously goes up to the capsule detection device does not occur in the whole process.
in a comparative test, according to document 201521055463.4, overlapped materials are dropped into a groove and opened on a corrugated plate 2, the included angle 2D =90 degrees on two sides of a large V-shaped groove of the corrugated plate 2, a short and long cylindrical body is still a capsule with the same size, the radius r =4mm, the length of the capsule is 24mm, and the width L of the V-shaped side2=14.1mm, 18 parallel rows of large V-grooves 200mm long are arranged on the corrugated plate 2, the length of the overlapping material falling into the grooves is 50mm, and the length of the overlapping material falling into the grooves is 40mm from the right end of the corrugated plate 2. obviously, according to the solution of claim 1 or 2 of document 201521055463.4, a complete overlapping material falling groove cannot be opened on one side wall of the large V-groove. If the side width of the large V-shaped groove is increased, namely the distance between every two large V-shaped grooves is increased, although the complete overlapped material falling groove can be formed on the side edge of the large V-shaped groove, a cylinder still stands on the side wall of the large V-shaped groove and passes through the side wall of the large V-shaped groove, the cylinder can stand and respectively pass through the upper edge and the lower edge of the overlapped material falling groove, otherwise, the groove side width of the large V-shaped groove is larger, and a larger overlapped material falling groove can be accommodated; this would result in a large number of capsules overlapping the side walls and eventually falling off a large number, severely reducing the efficiency of the material handling. Therefore, document 201521055463.4 adds a further carding device at the rear end of the chute where the overlapping material falls.
It is thus clear that compare document 201521055463.4, to the capsule of same size, the utility model discloses can reduce the interval between the each big V groove of buckled plate 2 by a wide margin, make 2 width compactors of buckled plate, reason material efficiency is higher, follow-up check out test set is compacter.
Embodiment 3 is a comb-shaped material arranging mechanism, which is the same as embodiment 1 and is not described again, except that the material guiding groove is a bilaterally symmetrical U-shaped groove or a trapezoidal groove with an upward opening.
Claims (7)
1. A comb-shaped material arranging mechanism comprises a vibration exciter and a corrugated plate which are rigidly connected together, wherein a plurality of material guide grooves which are arranged in parallel are distributed on the corrugated plate, and the comb-shaped material arranging mechanism is characterized in that a feeding guide groove is correspondingly arranged at the outlet end of each material guide groove, the section size of each feeding guide groove only can accommodate one row of short and long cylinders to stably pass through, the gap between two adjacent feeding guide grooves is larger than the diameter of the short and long cylinders, the distance from the right end of each feeding guide groove to the right end of the material guide groove of the corrugated plate is larger than the length of the short and long cylinders, the section shape of each feeding guide groove is the same as that of the material guide grooves, and each feeding guide groove and the corresponding.
2. A comb-shaped material arranging mechanism as claimed in claim 1, wherein the material guide groove is a large V-groove.
3. The comb-shaped material arranging mechanism as claimed in claim 1, wherein a sliding plate inclined to the lower front is provided below all the feeding guide grooves, and a collecting box is provided below a chute outlet of the sliding plate.
4. A comb-shaped material arranging mechanism as claimed in claim 2, wherein the large V-shaped groove is bilaterally symmetrical, the included angle between the two sides is 2D, D is more than or equal to 45 degrees and less than 90 degrees, the radius of the short and long cylindrical bodies is r, and the width of the V side of the large V-shaped groove is L2Satisfies the following formula: l is2＞2×r/sinD。
5. The comb-shaped material arranging mechanism as claimed in claim 4, wherein the feeding guide groove is a small V-shaped groove which is symmetrical left and right, the included angle of two sides of the feeding guide groove is 2A, and the following requirements are met: d is not less than A and not more than 75 degrees;
Let B be the angle between the line connecting the edge of the small V-groove to the center of the short and long cylinder at the bottom of the small V-groove when the short and long cylinder superposed on it is in the critical state and the angle between the line connecting the center of the short and long cylinder superposed on it and the edge of the small V-groove when the short and long cylinder superposed on it is in the critical state and the line connecting the center of the short and long cylinder at the bottom of the small V-groove and the edge of the small V-groove, the critical state is the state that the short and long cylinder superposed on it can just stop on the side of the short and long cylinder at the bottom of the small V-groove, at this moment, the short and long cylinder superposed on it is about to roll off from stopping, B and C in the critical state satisfy the following two formulas:
3×sinB×sinB+2×sinB×cosC=1
B+C=180°-A
Thus, B can be obtained under the condition that the included angle of the given small V-shaped groove is 2A;
the width of the small V-shaped groove edge of the feeding guide groove is L1The following equation must be satisfied: r x ctgA < L1＜r×(ctgB+ctgA)；
L1It must also satisfy:
L1×sinA＜L2×sinD-r。
6. A comb-shaped material arranging mechanism as claimed in claim 2, wherein the corrugated plate is provided with elongated powder falling holes arranged along the length direction of the large V-shaped groove at the position close to the outlet end of the bottom of the large V-shaped groove, and the width of the powder falling holes is smaller than the radius of the short and long cylinders.
7. A comb-shaped material arranging mechanism as claimed in claim 1, wherein the material guiding groove is a U-shaped groove or a trapezoidal groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920446989.7U CN209758387U (en) | 2019-04-03 | 2019-04-03 | Comb-shaped material arranging mechanism |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920446989.7U CN209758387U (en) | 2019-04-03 | 2019-04-03 | Comb-shaped material arranging mechanism |
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| CN209758387U true CN209758387U (en) | 2019-12-10 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109809155A (en) * | 2019-04-03 | 2019-05-28 | 山东西泰克仪器有限公司 | Material tidying mechanism |
| CN115251184A (en) * | 2022-07-15 | 2022-11-01 | 安徽农业大学 | Automatic production line for Taiping Houkui |
-
2019
- 2019-04-03 CN CN201920446989.7U patent/CN209758387U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109809155A (en) * | 2019-04-03 | 2019-05-28 | 山东西泰克仪器有限公司 | Material tidying mechanism |
| CN109809155B (en) * | 2019-04-03 | 2023-09-22 | 山东西泰克仪器有限公司 | Material arranging mechanism |
| CN115251184A (en) * | 2022-07-15 | 2022-11-01 | 安徽农业大学 | Automatic production line for Taiping Houkui |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20191210 Effective date of abandoning: 20230922 |