CN110775347A - Device for packing and counting cylindrical bar materials - Google Patents
Device for packing and counting cylindrical bar materials Download PDFInfo
- Publication number
- CN110775347A CN110775347A CN201911119840.9A CN201911119840A CN110775347A CN 110775347 A CN110775347 A CN 110775347A CN 201911119840 A CN201911119840 A CN 201911119840A CN 110775347 A CN110775347 A CN 110775347A
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- Prior art keywords
- support frame
- iii
- horizontal baffle
- spring
- baffle
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B35/00—Supplying, feeding, arranging or orientating articles to be packaged
- B65B35/30—Arranging and feeding articles in groups
- B65B35/42—Arranging and feeding articles in groups by roller-ways
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B57/00—Automatic control, checking, warning, or safety devices
- B65B57/20—Applications of counting devices for controlling the feed of articles
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W90/00—Enabling technologies or technologies with a potential or indirect contribution to greenhouse gas [GHG] emissions mitigation
- Y02W90/10—Bio-packaging, e.g. packing containers made from renewable resources or bio-plastics
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Basic Packing Technique (AREA)
- Wire Processing (AREA)
Abstract
The invention provides a device for packing and counting cylindrical bars. The support is for wholly providing the fixed bolster, and cylindrical bar transports I right sides of carriage through the metal roller, falls into receiver I, and cylindrical bar makes I rotations of horizontal baffle with I contact of horizontal baffle, and I rotations of perpendicular baffle that drive of couple spring. After the cylindrical bar material leaves the horizontal baffle I, the horizontal baffle I and the vertical baffle I recover to the initial positions under the action of the torsion spring. Until the first space is full, the horizontal baffle I is not bounced after rotating, and the vertical baffle I blocks the entrance of the space and forms an inclined surface to guide the cylindrical bar stock to enter the next space. Receiver I collection is full back, anticlockwise rotation handle, and II contacts of carriage I and carriage carry out receiver II with above-mentioned mode and collect. Through this device, do not need artifical count quantity, collect the cylinder bar simultaneously, simple structure, work efficiency is high, easy operation has very high use value.
Description
Technical Field
The invention relates to the field of linear cutting cylindrical bar material packing, in particular to a device for packing and counting cylindrical bar materials.
Background
With the continuous development of industry, the application of cylindrical bars is more and more extensive, however, the packing difficulty is caused by the uncertainty of the position in the transportation process of the cylindrical bars after the warp cutting, the packing of the cylindrical bars is mainly carried out manually at present, the working efficiency is low, and errors are easily caused in quantity counting, so that the device for packing and counting the cylindrical bars is designed to replace manual counting of the cylindrical bars and assist in manually packing the cylindrical bars.
Disclosure of Invention
The invention aims to provide the following technical scheme: the utility model provides a device of packing and check cylinder bar to solve the manual work and check and the cylindrical bar after the cutting of packing line and consume the phenomenon of plenty of time and labour, realize that mechanized formula is checked and packing cylinder bar.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows:
an apparatus for packing and counting cylindrical bars, comprising: support frame I (1), metal rod I (2), metal rod II (3), metal rod III (4), metal rod IV (5), metal rod V (6), support frame II (7), accomodate a frame II (8), receiver II (9), support II (10), motor II (11), slip table (12), accomodate a frame I (13), receiver I (14), base (15), support I (16), motor I (17), V type area I (18), band pulley I (19), V type area II (20), band pulley II (21), diplopore board (22), band pulley III (23), V type area III (24), band pulley IV (25), V type area IV (26), horizontal baffle I (27), vertical baffle I (28), horizontal baffle II (29), vertical baffle II (30), horizontal baffle III (31), vertical baffle III (32), A horizontal baffle IV (33), a vertical baffle IV (34), a horizontal baffle V (35), a cylindrical pin III (36), a cylindrical pin IV (37), a cylindrical pin V (38), a cylindrical pin VI (39), a partition plate IV (40), a partition plate III (41), a partition plate II (42), a partition plate I (43), a cylindrical pin VII (44), a cylindrical pin VIII (45), a cylindrical pin IX (46), a cylindrical pin I (47), a cylindrical pin II (48), a hook spring I (49), a hook spring II (50), a hook spring III (51), a hook spring IV (52), a torsion spring I (53), a torsion spring II (54), a torsion spring III (55), a torsion spring IV (56), a torsion spring V (57), a torsion spring VI (58), a torsion spring VII (59), a torsion spring VIII (60), a torsion spring IX (61), a cylindrical bar stock 1(62), a torsion spring III (36), a torsion spring IV (55), a torsion spring IV, Cylindrical bar stock 2(63), a handle (64), a shaft (65), a rack (66), a gear (67) and a stop block (68), wherein the support frame I (1) is fixed on the support frame I (16) through a detachable connection, the support frame I (16) is fixed on the base (15) through a detachable connection, the metal rod I (2) is connected on the support frame I (1) through a bearing, the metal rod II (3) is connected on the support frame I (1) through a bearing, the motor I (17) is connected with the V-shaped belt I (18), the V-shaped belt I (18) is connected with the belt wheel I (19), the belt wheel I (19) is connected with the metal rod I (2) through a key connection, the belt wheel II (21) is connected with the metal rod II (3) through a key connection, and the belt wheel I (19) is connected with the V-shaped belt II (20), v-arrangement II (20) with band pulley II (21) links to each other, and other metal rod arrangement are as above, metal rod III (4) with there is the clearance that slightly is greater than cylinder bar diameter between metal rod IV (5), accomodate support frame I (13) and place metal rod III (4) with metal rod IV (5) form the below in gap to fix through dismantling the connection on support I (16), receiver I (14) are placed accomodate support frame I (13) below, metal rod V (6) with the right side of support frame II (7) has the clearance that slightly is greater than cylinder bar diameter, support frame II (7) through dismantling the connection with support II (10) link to each other, support II (10) are fixed through dismantling the connection on slip table (12), accomodate frame II (8) and place metal rod V (6) with the clearance of support frame II (7) The right side of the storage box is provided with a gap below which the diameter of a cylindrical bar is slightly larger than that of the cylindrical bar, the storage box is II (9) and is arranged below the storage frame II (8), the motor II (11) is connected with the V-shaped belt IV (26), the V-shaped belt IV (26) is connected with the belt pulley IV (25), the belt pulley IV (25) is connected with the V-shaped belt III (24), the V-shaped belt III (24) is connected with the belt pulley III (23), the horizontal baffle I (27) is connected onto the storage frame I (13) through the cylindrical pin IX (46) and the torsion spring I (53), the horizontal baffle I (27) is provided with a welded small circular ring, one end of the hook spring I (49) is connected onto the small circular ring of the horizontal baffle I (27), and the vertical baffle I (28) is provided with a welded small circular ring, the other end of the hook spring I (49) is connected to a small ring of the vertical baffle I (28), the hook spring I (49) is arranged in two rows, the vertical baffle I (28) is connected to the accommodating support frame I (13) through the cylindrical pin I (47) and the torsion spring II (54), the horizontal baffle II (29) is connected to the accommodating support frame I (13) through the cylindrical pin VIII (45) and the torsion spring IX (61), the horizontal baffle II (29) is provided with a welded small ring, one end of the hook spring II (50) is connected to the small ring of the horizontal baffle II (29), the vertical baffle II (30) is provided with a welded small ring, the other end of the hook spring II (50) is connected to the small ring of the vertical baffle II (30), and the hook spring II (50) is arranged in two rows, the vertical baffle II (30) is connected to the accommodating support frame I (13) through the cylindrical pin II (48) and the torsion spring III (55), the horizontal baffle III (31) is connected to the accommodating support frame I (13) through the cylindrical pin VII (44) and the torsion spring VIII (60), a welded small circular ring is arranged on the horizontal baffle III (31), one end of the hook spring III (51) is connected to the small circular ring of the horizontal baffle III (31), a welded small circular ring is arranged on the vertical baffle III (32), the other end of the hook spring III (51) is connected to the small circular ring of the vertical baffle III (32), the hook springs III (51) are arranged in double rows, the vertical baffle III (32) is connected to the accommodating support frame I (13) through the cylindrical pin III (36) and the torsion spring IV (56), and the horizontal baffle IV (33) is connected to the torsion spring VII (59) through the cylindrical pin VI (39) The foldable support is characterized in that a small welding ring is arranged on the horizontal baffle plate IV (33), one end of a spring hook spring IV (52) is connected to the small ring of the horizontal baffle plate IV (33), a small welding ring is arranged on the vertical baffle plate IV (34), the other end of the spring hook spring IV (52) is connected to the small ring of the vertical baffle plate IV (34), the spring hook springs IV (52) are arranged in double rows, the vertical baffle plate IV (34) is connected to the foldable support frame I (13) through the torsion spring V (57) and the cylindrical pin IV (37), the horizontal baffle plate V (35) is connected to the foldable support frame I (13) through the cylindrical pin V (38) and the torsion spring VI (58), a U-shaped groove is formed in the foldable support frame I (13), and the partition plate I (43) is inserted into the U-shaped groove formed in the foldable support frame I (13), other division board connection with last, inner structure with accomodate a frame I (13) handle (64) have a U type groove, there is dog (68) axle (65) top, handle (64) with axle (65) clearance fit, the U type groove and the dog (68) cooperation of handle (64), gear (67) with axle (65) interference fit, rack (66) are through dismantling the connection on slip table (12), rack (66) with gear (67) cooperation.
The beneficial effects of the invention are as follows: the utility model provides a device of packing and check cylinder bar, the structure is fairly simple, and work efficiency is high, through the setting to the metal rod, has realized the directional transportation of cylinder bar, through setting up horizontal baffle and vertical baffle, has realized the neatly arranged of cylinder bar and has checked, has realized the purpose of mechanical type packing and check cylinder bar, and easy operation has very high use value.
Drawings
Fig. 1 is an isometric view of the present invention.
Fig. 2 is a front view of the invention.
Fig. 3 is a top view of the appearance of the present invention.
Fig. 4 is an assembly body axis drawing of the appearance housing support frame i (13) of the present invention.
Fig. 5 is a top view of an assembly of the appearance receiving bracket frame i (13) of the present invention.
Fig. 6 is a view showing the combination of a torsion spring I (53) and a receiving bracket frame I (13) according to the present invention.
Fig. 7 is an internal view of the appearance receiving support frame I (13) of the invention.
Fig. 8 is an internal transmission diagram of the appearance sliding table (12) of the invention.
FIG. 9 is a contact diagram of the appearance supporting frame I (1) and the supporting frame II (7) of the invention.
Fig. 10 is a connection diagram of the handle (64) and the shaft (65) according to the appearance of the invention.
Fig. 11 is a connection diagram of the partition board i (43) and the receiving bracket frame i (13) according to the present invention.
Wherein: 1 supporting frame I, 2 metal roller I, 3 metal roller II, 4 metal roller III, 5 metal roller IV, 6 metal roller V, 7 supporting frame II, 8 containing support frame II, 9 containing box II, 10 support frame II, 11 motor II, 12 sliding table, 13 containing support frame I, 14 containing box I, 15 base, 16 support frame I, 17 motor I, 18V belt I, 19 belt wheel I, 20V belt II, 21 belt wheel II, 22 double orifice plate, 23 belt wheel III, 24V belt III, 25 belt wheel IV, 26V belt IV, 27 horizontal baffle I, 28 vertical baffle I, 29 horizontal baffle II, 30 vertical baffle II, 31 horizontal baffle III, 32 vertical baffle III, 33 horizontal baffle IV, 34 vertical baffle IV, 35 horizontal baffle V, 36 cylindrical pin III, 37 cylindrical pin IV, 38 cylindrical pin V, 39 cylindrical pin VI, 40 partition plate IV, 41 partition plate III, 42 partition plate II, 43 partition plate i, 44 cylindric pin VII, 45 cylindric pin VIII, 46 cylindric pin IX, 47 cylindric pin i, 48 cylindric pin ii, 49 hookspring i, 50 hookspring ii, 51 hookspring III, 52 hookspring iv, 53 torsion spring i, 54 torsion spring ii, 55 torsion spring III, 56 torsion spring iv, 57 torsion spring V, 58 torsion spring VI, 59 torsion spring VII, 60 torsion spring VIII, 61 torsion spring IX, 62 cylindrical bar 1, 63 cylindrical bar 2, 64 handle, 65 shaft, 66 rack, 67 gear, 68 dog.
Detailed Description
As shown in fig. 1, fig. 2, fig. 3, fig. 4, fig. 5, fig. 6, fig. 7 and fig. 8, a support frame i (1) is fixed on a support frame i (16) through a detachable connection, the support frame i (16) is fixed on a base (15) through a detachable connection, a metal rod i (2) is connected on the support frame i (1) through a bearing, a metal rod ii (3) is connected on the support frame i (1) through a bearing, a motor i (17) is connected with a V-shaped belt i (18), the V-shaped belt i (18) is connected with a belt pulley i (19), the belt pulley i (19) is connected with the metal rod i (2) through a key connection, a belt pulley ii (21) is connected with the metal rod ii (3) through a key connection, the belt pulley i (19) is connected with a V-shaped belt ii (20), the V-shaped belt ii (20) is connected with the belt pulley ii (21), and other metal rods are arranged as described above, the right side of the support frame I (1) is welded with a small cylinder, the left side of the support frame II (7) is welded with a small cylinder, two holes of a double-hole plate (22) are respectively in clearance fit with the small cylinder on the support frame I (1) and the small cylinder on the left side of the support frame II (7), a clearance slightly larger than the diameter of a cylindrical bar is arranged between a metal rod III (4) and a metal rod IV (5), a storage frame I (13) is placed below the metal rod III (4) and the metal rod IV (5) to form a clearance and is fixed on the support frame I (16) through detachable connection, a storage box I (14) is placed below the storage frame I (13), a clearance slightly larger than the diameter of the cylindrical bar is arranged on the right side of the metal rod V (6) and the support frame II (7), and the support frame II (7) is connected with the support frame II (10) through detachable connection, the support II (10) is fixed on the sliding table (12) through detachable connection, the support frame II (8) is placed below a gap between the metal rod V (6) and the right side of the support frame II (7) which is slightly larger than the diameter of a cylindrical rod, the support frame II (10) is fixed through detachable connection, the storage box II (9) is placed below the support frame II (8), the motor II (11) is connected with the V-shaped belt IV (26), the V-shaped belt IV (26) is connected with the belt pulley IV (25), the belt pulley IV (25) is connected with the V-shaped belt III (24), the V-shaped belt III (24) is connected with the belt pulley III (23), the horizontal baffle I (27) is connected on the storage support frame I (13) through a cylindrical pin IX (46) and a torsion spring I (53), a welded small circular ring is arranged on the horizontal baffle I (27), one end of a hook spring I (49) is connected on the small circular ring of the horizontal baffle I (27), there is welded small circle ring on vertical baffle I (28), couple spring I (49) other end is connected on the little ring of vertical baffle I (28), couple spring I (49) is double to be set up, vertical baffle I (28) pass through cylindric lock I (47) and torsion spring II (54) connect accomodate support frame I (13), horizontal baffle II (29) pass through cylindric lock VIII (45) and torsion spring IX (61) connect accomodate support frame I (13), horizontal baffle II (29) have welded small circle ring, couple spring II (50) one end is connected on the little ring of horizontal baffle II (29), vertical baffle II (30) have welded small circle ring, couple spring II (50) other end is connected on the little ring of vertical baffle II (30), couple spring II (50) are double to be set up, the vertical baffle II (30) is connected with the storage support frame I (13) through a cylindrical pin II (48) and a torsion spring III (55), the horizontal baffle III (31) is connected with the storage support frame I (13) through a cylindrical pin VII (44) and a torsion spring VIII (60), a welded small circular ring is arranged on the horizontal baffle III (31), one end of a hook spring III (51) is connected with the small circular ring of the horizontal baffle III (31), a welded small circular ring is arranged on the vertical baffle III (32), the other end of the hook spring III (51) is connected with the small circular ring of the vertical baffle III (32), the hook springs III (51) are arranged in double rows, the vertical baffle III (32) is connected with the storage support frame I (13) through a cylindrical pin III (36) and a torsion spring IV (56), the horizontal baffle IV (33) is connected with the storage support frame I (13) through a cylindrical pin VI (39) and a torsion spring VII (59), a small welding ring is arranged on the horizontal baffle plate IV (33), one end of a hook spring IV (52) is connected to the small ring of the horizontal baffle plate IV (33), a small welding ring is arranged on the vertical baffle plate IV (34), the other end of the hook spring IV is connected to the small ring of the vertical baffle plate IV (34), the hook springs IV (52) are arranged in double rows, the vertical baffle plate IV (34) is connected to the containing support frame I (13) through a torsion spring V (57) and a cylindrical pin IV (37), the horizontal baffle plate V (35) is connected to the containing support frame I (13) through a cylindrical pin V (38) and a torsion spring VI (58), a U-shaped groove is formed in the containing support frame I (13), the partition plate I (43) is inserted into the U-shaped groove formed in the containing support frame I (13), other partition plates are connected as above, the internal structure of the containing support frame II (8) is the same as that of the containing support frame I (13), handle (64) have a U type groove, there is dog (68) axle (65) top, handle (64) with axle (65) clearance fit, the U type groove and dog (68) cooperation of handle (64), gear (67) with axle (65) interference fit, rack (66) are through dismantling the connection on slip table (12), rack (66) with gear (67) cooperation.
When in work: the motor I (17) drives the V-shaped belt I (18) to rotate, the V-shaped belt I (18) rotates to drive the belt pulley I (19) to rotate, the belt pulley I (19) rotates to drive the metal rod I (2) to rotate, the belt pulley I (19) rotates to drive the V-shaped belt II (20) to rotate, the V-shaped belt II (20) rotates to drive the belt pulley II (21) to rotate, the belt pulley II (21) rotates to drive the metal rod II (3) to rotate, the other identical metal rod motion modes are as above, a gap slightly larger than a cylindrical rod is arranged between the metal rod III (4) and the metal rod IV (5), the cylindrical rod falls down from the gap, the vertical baffle I (28) blocks the horizontal motion of the cylindrical rod, so that the cylindrical rod smoothly falls into a space formed by the partition plate I (43) and the containing frame I (13), when the cylindrical rod just contacts the horizontal baffle I (27), the horizontal baffle I (27) is clockwise rotated around the cylindrical rod IX (46) by the gravity, the hook spring I (49) drives the vertical baffle I (28) to rotate reversely around the cylindrical pin I (47), when the cylindrical bar stock is separated from the horizontal baffle I (27), the horizontal baffle I (27) returns to the initial position under the action of the torsion spring I (53), the elastic force of the hook spring I (49) is gradually reduced to zero, under the action of the torsion spring II (54), the vertical baffle I (28) returns to the initial position, the cylindrical bar stock 1(62) and the horizontal baffle I (27) have a distance not more than the diameter of the cylindrical bar stock, the cylindrical bar stock 2(63) is contacted with the horizontal baffle I (27), the horizontal baffle I (27) rotates clockwise around the cylindrical pin IX (46) under the gravity of the cylindrical bar stock, the hook spring I (49) drives the vertical baffle I (28) to rotate around the cylindrical pin I (47), and when the horizontal baffle I (27) is contacted with the cylindrical bar stock 1(62) anticlockwise, the horizontal baffle I (27) can not rotate any more, the vertical baffle I (28) is in contact with the support frame I (1), then the transported cylindrical bar enters a space formed by the partition plate II (42) and the partition plate I (43) due to an inclined plane formed by the vertical baffle I (28), then the movement is repeated until the cylindrical bar accommodated in the accommodating box I (14) reaches the maximum, when the cylindrical bar accommodated in the accommodating box I (14) reaches the maximum, the motor II (11) starts to work, the motor II (11) drives the V-shaped belt IV (26) to rotate, the V-shaped belt IV (26) drives the belt pulley IV (25) to rotate, the V-shaped belt III (24) drives the belt pulley III (23) to rotate, the other identical metal bars move in the manner as described above, the handle (64) rotates anticlockwise, the handle (64) rotates to drive the shaft (65) to rotate, the shaft (65) rotates to drive the gear (67) to rotate, the gear (67) rotates to drive the rack (66) to move leftwards, the rack (66) moves leftwards to drive the sliding table (12) to move leftwards, the sliding table (12) moves leftwards to drive the support frame II (7) to move leftwards, the counterclockwise rotation of the handle (64) is stopped after the left end of the support frame II (7) is connected with the right end of the support frame I (1), two holes of the double-hole plate (22) are respectively in clearance fit with the small cylinder on the right side of the support frame I (1) and the small cylinder on the left side of the support frame II (7), the position of the support frame II (7) is fixed, a cylindrical bar is continuously moved to the metal rod IV (5) from the metal rod III (4), the cylindrical bar enters the storage box II (9) at the moment, the storage box, the operating principle that cylindrical bar gets into receiver II (9) is like receiver I (14) when receiver II (9) hold cylindrical bar and reach the biggest, close motor II (11), take off diplopore board (22), clockwise turning handle (64) makes bearing frame II (7) get back to initial position.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (4)
1. An apparatus for packing and counting cylindrical bars, comprising: support frame I (1), metal rod I (2), metal rod II (3), metal rod III (4), metal rod IV (5), metal rod V (6), support frame II (7), accomodate a frame II (8), receiver II (9), support II (10), motor II (11), slip table (12), accomodate a frame I (13), receiver I (14), base (15), support I (16), motor I (17), V type area I (18), band pulley I (19), V type area II (20), band pulley II (21), diplopore board (22), band pulley III (23), V type area III (24), band pulley IV (25), V type area IV (26), horizontal baffle I (27), vertical baffle I (28), horizontal baffle II (29), vertical baffle II (30), horizontal baffle III (31), vertical baffle III (32), horizontal baffle IV (33), Vertical baffle IV (34), horizontal baffle V (35), cylindrical pin III (36), cylindrical pin IV (37), cylindrical pin V (38), cylindrical pin
(39) The partition plate IV (40), the partition plate III (41), the partition plate II (42), the partition plate I (43) and the cylindrical pin
(44) Cylindrical pin
(45) Cylindrical pin
(46) The spring comprises a cylindrical pin I (47), a cylindrical pin II (48), a hook spring I (49), a hook spring II (50), a hook spring III (51), a hook spring IV (52), a torsion spring I (53), a torsion spring II (54), a torsion spring III (55), a torsion spring IV (56), a torsion spring V (57), a torsion spring
(58) Torsion spring
(59) Torsion spring
(60) Torsion spring
(61) The device comprises cylindrical bar stock 1(62), cylindrical bar stock 2(63), a handle (64), a shaft (65), a rack (66), a gear (67) and a stop block (68), and is characterized in that a support frame I (1) is fixed on a support frame I (16) through detachable connection, the support frame I (16) is fixed on a base (15) through detachable connection, a metal rod I (2) is connected on the support frame I (1) through a bearing, a metal rod II (3) is connected on the support frame I (1) through a bearing, a motor I (17) is connected with a V-shaped belt I (18), the V-shaped belt I (18) is connected with a belt pulley I (19), the belt pulley I (19) is connected with the metal rod I (2) through a key joint, the belt pulley II (21) is connected with the metal rod II (3) through a key joint, and the belt pulley I (19) is connected with a V-shaped belt II (20), the V-shaped belt II (20) is connected with the belt wheel II (21), the arrangement modes of other metal rods are as described above, a small cylinder is welded on the right side of the support frame I (1), a small cylinder is welded on the left side of the support frame II (7),two holes of the double-hole plate (22) are respectively matched with a small cylinder on the support frame I (1) and a small cylinder on the left side of the support frame II (7) in a clearance mode, a metal rod III (4) and a gap slightly larger than the diameter of a cylindrical rod are arranged between the metal rod IV (5), a containing support frame I (13) is placed below the gap formed by the metal rod III (4) and the metal rod IV (5) and is fixed on the support I (16) through detachable connection, a containing box I (14) is placed below the containing support frame I (13), a gap slightly larger than the diameter of the rod cylinder is arranged on the right side of the support frame II (7), the support frame II (7) is connected with the support II (10) through detachable connection, the support II (10) is fixed on the sliding table (12) through detachable connection, the storage support frame II (8) is placed below a gap with a diameter slightly larger than that of a cylindrical bar on the right sides of the metal rod V (6) and the support frame II (7) and is fixed on the support II (10) through detachable connection, the storage box II (9) is placed below the storage support frame II (8), the motor II (11) is connected with the V-shaped belt IV (26), the V-shaped belt IV (26) is connected with the belt pulley IV (25), the belt pulley IV (25) is connected with the V-shaped belt III (24), the V-shaped belt III (24) is connected with the belt pulley III (23), and the horizontal baffle I (27) passes through the cylindrical pin
(46) And torsion spring I (53) is connected on the storage support frame I (13), a welded small circular ring is arranged on the horizontal baffle I (27), one end of a hook spring I (49) is connected on the small circular ring of the horizontal baffle I (27), a welded small circular ring is arranged on the vertical baffle I (28), the other end of the hook spring I (49) is connected on the small circular ring of the vertical baffle I (28), the hook spring I (49) is arranged in double rows, the vertical baffle I (28) is connected with the torsion spring II (54) through the cylindrical pin I (47), the horizontal baffle II (29) is connected with the storage support frame I (13) through the cylindrical pin II (54), and the horizontal baffle II (29) is connected with the cylindrical pin II (13)
(45) And the torsion spring
(61) Connect and be in accomodate a frame I (13), horizontal baffle II (29) have welded little ring, the one end of couple spring II (50) is connected on the little ring of horizontal baffle II (29), there is welded little ring on the vertical baffle II (30), the other end of couple spring II (50) is connected on the little ring of vertical baffle II (30), couple spring II (50) double setting, vertical baffle II (30) pass through cylindric lock II (48) with torque spring III (55) are connected accomodate a frame I (13), horizontal baffle III (31) pass through cylindric lock III (31) are connected
(44) And the torsion spring
(60) Is connected accomodate a frame I (13), there is welded small circle ring on horizontal baffle III (31), the one end of couple spring III (51) is connected on the small circle ring of horizontal baffle III (31), there is welded small circle ring on the vertical baffle III (32), and the other end is connected on the small circle ring of vertical baffle III (32), couple spring III (51) is double to be set up, vertical baffle III (32) pass through cylindric lock III (36) with torsion spring IV (56) are connected accomodate on the frame I (13), horizontal baffle IV (33) pass through the cylindric lock III (36) are connected
(39) And the torsion spring
(59) Is connected to the accommodating support frame I (13), a small welding ring is arranged on the horizontal baffle plate IV (33), and one end of the spring hook spring IV (52) is connected to the horizontal baffle plate IV(33) The spring hook spring IV (52) is arranged in two rows, the vertical baffle IV (34) is connected to the small ring on the vertical baffle IV (34) through the torsion spring V (57) and the cylindrical pin IV (37), the horizontal baffle V (35) is connected to the accommodating support frame I (13) through the cylindrical pin V (38) and the torsion spring V (38)
(58) Connect in accomodate on the support frame I (13), accomodate survey U type groove in support frame I (13), division board I (43) are inserted accomodate survey U type groove in support frame I (13), other division board are connected with on the same side, the inner structure of accomodating support frame II (8) is with accomodating support frame I (13), handle (64) have a U type groove, there is dog (68) axle (65) top, handle (64) with axle (65) clearance fit, the U type groove and the dog (68) cooperation of handle (64), gear (67) with axle (65) interference fit, rack (66) are through dismantling the connection on slip table (12), rack (66) with gear (67) cooperation.
2. The device for packing and counting cylindrical bars according to claim 1, characterized in that the handle (64) is rotated counterclockwise, the handle (64) rotates to drive the shaft (65) to rotate, the shaft (65) rotates to drive the gear (67) to rotate, the gear (67) rotates to drive the rack (66) to move leftward, the rack (66) moves leftward to drive the sliding table (12) to move leftward, the sliding table (12) moves leftward to drive the supporting frame II (7) to move leftward, when the supporting frame II (7) left end contacts with the supporting frame I (1) right end, the handle (64) stops rotating counterclockwise, two holes of the double-hole plate (22) are in clearance fit with the small cylinder on the supporting frame I (1) right side and the small cylinder on the supporting frame II (7) left side respectively, the double-hole plate (22) is arranged bilaterally to fix the position of the supporting frame II (7), the cylindrical bar continues to move to metal rod IV (5) from metal rod III (4), and the cylindrical bar gets into receiver I (14) this moment, and receiver II (9) no longer get into the cylindrical bar, owing to set up two receivers, has increased work efficiency.
3. The device for packing and counting the cylindrical bar stock according to claim 1, wherein a gap not larger than the diameter of the cylindrical bar stock is arranged between the horizontal baffle I (27) and the cylindrical bar stock 1(62), so that the horizontal baffle I (27) can not rotate 90 degrees, the cylindrical bar stock 2(63) is blocked above the horizontal baffle I (27), a hook spring I (49) is arranged, the horizontal baffle I (27) drives the vertical baffle I (28) to rotate anticlockwise when rotating clockwise and contacts with the accommodating support frame I (13) to form an inclined surface, the cylindrical bar stock is guided to enter the next space, and other horizontal baffles, vertical baffles and hook springs are the same as the parts.
4. The device for packing and counting cylindrical bars according to claim 1, characterized in that the torsion spring i (53) is arranged with an original angle of 120 degrees between the two legs, the torsion spring i (53) enabling the horizontal stop i (27) to return to the original position after rotation, the other torsion springs acting as above.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911119840.9A CN110775347B (en) | 2019-11-15 | 2019-11-15 | Device for packing and checking cylindrical bar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911119840.9A CN110775347B (en) | 2019-11-15 | 2019-11-15 | Device for packing and checking cylindrical bar |
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| CN110775347A true CN110775347A (en) | 2020-02-11 |
| CN110775347B CN110775347B (en) | 2023-09-01 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104085553A (en) * | 2014-06-30 | 2014-10-08 | 冯北麟 | Method and device for packaging pipe |
| CN108674955A (en) * | 2018-07-20 | 2018-10-19 | 海宁市波菲特进出口有限公司 | A kind of pipe fitting automatic branching transport mechanism |
| JP2019059621A (en) * | 2018-10-22 | 2019-04-18 | トーヨーカネツソリューションズ株式会社 | Transport path blocking mechanism |
| CN209579195U (en) * | 2019-02-21 | 2019-11-05 | 淄博职业学院 | A kind of bar stacking material collecting device |
| CN211732719U (en) * | 2019-11-15 | 2020-10-23 | 哈尔滨理工大学 | Semi-automatic collection device of cylindrical bar |
-
2019
- 2019-11-15 CN CN201911119840.9A patent/CN110775347B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104085553A (en) * | 2014-06-30 | 2014-10-08 | 冯北麟 | Method and device for packaging pipe |
| CN108674955A (en) * | 2018-07-20 | 2018-10-19 | 海宁市波菲特进出口有限公司 | A kind of pipe fitting automatic branching transport mechanism |
| JP2019059621A (en) * | 2018-10-22 | 2019-04-18 | トーヨーカネツソリューションズ株式会社 | Transport path blocking mechanism |
| CN209579195U (en) * | 2019-02-21 | 2019-11-05 | 淄博职业学院 | A kind of bar stacking material collecting device |
| CN211732719U (en) * | 2019-11-15 | 2020-10-23 | 哈尔滨理工大学 | Semi-automatic collection device of cylindrical bar |
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| CN110775347B (en) | 2023-09-01 |
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