CN203246901U - Rotary bag feeding disc device for bag ship loader - Google Patents
Rotary bag feeding disc device for bag ship loader Download PDFInfo
- Publication number
- CN203246901U CN203246901U CN 201320283051 CN201320283051U CN203246901U CN 203246901 U CN203246901 U CN 203246901U CN 201320283051 CN201320283051 CN 201320283051 CN 201320283051 U CN201320283051 U CN 201320283051U CN 203246901 U CN203246901 U CN 203246901U
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- bag
- rotation
- upper cylinder
- guide plate
- cylinder
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Abstract
The utility model provides a rotary bag feeding disc device for a bag ship loader, and relates to the technical field of material bag packing and shipping. An upper cylinder body (9) of an upper cylinder guide plate assembly (1), an upper cylinder penetrating installation hole (16) of a rotary bag feeding disc (2), a bag retainer (26) of a rotary bag guiding transition plate (3), an inner ring of an external gear type slewing bearing (4), a lower cylinder (5) and a transition plate support frame (6) are all installed and positioned in the same center line. A rotary bag feeding disc supporting outer ring flange (19) at the lower end of the rotary bag feeding disc (2) is installed on an outer ring of the external gear type slewing bearing (4). The upper cylinder body (9) of the upper cylinder guide plate assembly (1) is installed in the upper cylinder penetrating installation hole (16) of the rotary bag feeding disc (2) in a penetrating mode. The rotary bag guiding transition plate (3) is installed on the upper portion of the transition plate support frame (6). The rotary bag feeding disc device for the bag ship loader is compact in structure, light in weight, and high in shipping efficiency.
Description
Technical field
A kind of sackloader of the utility model advances bag dish device with rotation and relates to a kind of rotation of using at sackloader and advance bag dish device, belongs to bagged material packing ship technical field.
Background technology
A kind of bag bag of bagged material need to be by the slideway of the sackloader on the port and pier after rotation be advanced the bag dish and is transported to the rotation belt feeder, the bag packing could be transported on harbour place sitting duck, in order to improve the operating efficiency of port and pier, need a kind of reliable in structure of design and efficient sackloader to advance bag dish device with rotation.
Summary of the invention
The purpose of this utility model provides a kind of sackloader and advances bag dish device with rotation, to be transported to from the bag bag on the sackloader slideway on the harbour rotation advances bag dish device and rotates behind the bag dish, be transported on the belt of rotation belt feeder through bag bag guide plate and discharging slide plate again, realize bag packing ship purpose.
A kind of sackloader advances bag dish device with rotation, it is mainly by upper cylinder guide plate assembly, the bag dish is advanced in rotation, the bag rebound is led in rotation, the external tooth type pivoting support, lower cylinder and rebound bracing frame form, in the upper cylinder supporting inner ring mounting hole of the upper cylinder body lower end of upper cylinder guide plate assembly, lower cylinder with lower cylinder in the inner ring hole of external tooth type pivoting support supports in the inner ring mounting hole by installing bolt, make the upper cylinder body of cylinder guide plate assembly, the lower cylinder supporting inner ring flange three from top to down of the inner ring of external tooth type pivoting support and lower cylinder is installed and is linked together, in the swivel bearing outer ring mounting hole that rotates the bag dish and in the cycle hole of external tooth type pivoting support, by installing tie bolt, the rotation that makes rotation enter bag dish lower end is advanced bag dish supporting outer ring flange and is installed on the outer ring of external tooth type pivoting support; The upper cylinder body of upper cylinder guide plate assembly is installed on rotation to be advanced in the upper cylinder mounting hole of bag dish, and the bag bag guide plate outer end of upper cylinder guide plate assembly is positioned at the inboard of unloading the left side, bag slide plate upper end that the bag rebound is led in rotation; The limit, outer ring that bag dish body is advanced in the rotation that the bag dish is advanced in rotation rotates in the bag bag guard ring of bag rebound is led in rotation; On rebound bracing frame top rotation is installed and leads the bag rebound.
The inner of marsupial bag guide plate is installed at the upper cylinder body lateral wall of upper cylinder guide plate assembly, at upper cylinder body upper end cover mounting knob is installed, the upper cylinder that upper cylinder inner ring mounting flange in upper cylinder body lower end has supports in the inner ring mounting hole, by installing bolt upper cylinder body, external tooth type pivoting support and lower cylinder three is linked together; Sidewall has the bolt mounting hole in upper cylinder body lower end, in order to install bolt.
Bag dish body bottom surface is entered in the rotation that the bag dish is advanced in rotation some reinforced ribs, advance to wrap upper cylinder mounting hole that disk center has in rotation and be positioned at rotation and advance bag dish supporting outer ring flange, the rotation of advancing the bag dish in rotation is advanced bag dish supporting outer ring flange and is had some pivoting support outer ring mounting holes.Enter bag dish top in rotation cylinder guide plate assembly is installed, be connected with lower cylinder in its underpart by the external tooth type pivoting support installation of installing.
The external tooth type pivoting support is comprised of two seat rings, have some inner ring holes at race, inner, have some cycle holes at outer race, can bear simultaneously axial force, diametral load and tilting moment, the external tooth of its external tooth type pivoting support is driven by the output shaft reducing gear of reducing motor, and its rotating speed is 156 rev/mins.
Bag dish apparatus structure is compact, lightweight, to bear axial force, diametral load and tilting moment large with rotating for this a kind of sackloader, and the ship-loading operation amount is large, efficient is high.
Description of drawings
Fig. 1: a kind of sackloader advances bag dish device three-dimensional structure scheme drawing with rotation.
Fig. 2: a kind of sackloader advances bag dish device three-dimensional exploded structural representation with rotation.
Fig. 3: extreme direction three-dimensional structure scheme drawing on the upper cylinder guide plate assembly 1.
Fig. 4: upper 1 time extreme direction three-dimensional structure of cylinder guide plate assembly scheme drawing.
Fig. 5: three-dimensional structure scheme drawing above the external tooth type pivoting support 4.
Fig. 6: three-dimensional structure scheme drawing below the external tooth type pivoting support 4.
Fig. 7: three-dimensional structure scheme drawing above the bag dish 2 is advanced in rotation.
Fig. 8: bag dish 2 following three-dimensional structure scheme drawings are advanced in rotation.
Fig. 9: lower cylinder 5 three-dimensional structure scheme drawings.
Figure 10: bag rebound 3 and rebound bracing frame 6 mounting structure schematic three dimensional views are led in rotation.
The specific embodiment
Referring to each accompanying drawing, a kind of sackloader advances bag dish device with rotation, it is mainly by upper cylinder guide plate assembly 1, bag dish 2 is advanced in rotation, bag rebound 3 is led in rotation, external tooth type pivoting support 4, lower cylinder 5 and rebound bracing frame 6 form, in the upper cylinder supporting inner ring mounting hole 14 of upper cylinder body 9 lower ends of upper cylinder guide plate assembly 1, lower cylinder with lower cylinder 5 in the inner ring hole 11 of external tooth type pivoting support 4 supports in the inner ring mounting hole 22 by installing bolt, make the upper cylinder body 9 of cylinder guide plate assembly 1, lower cylinder supporting inner ring flange 21 three's from top to down of the inner ring of external tooth type pivoting support 4 and lower cylinder 5 are installed and are linked together, in the swivel bearing outer ring mounting hole 18 that rotates bag dish 2 and in the cycle hole 12 of external tooth type pivoting support 4, by installing tie bolt, make rotation advance rotation that bag coils 2 lower ends and advance bag dish supporting outer ring flange 19 and be installed on the outer ring of external tooth type pivoting support 4; The upper cylinder body 9 of upper cylinder guide plate assembly 1 is installed on rotation to be advanced in the upper cylinder mounting hole 16 of bag dish 2, and bag bag guide plate 7 outer ends of upper cylinder guide plate assembly 1 are positioned at the inboard of unloading the bag left side, slide plate 28 upper end that bag rebound 3 is led in rotation; The rotation that bag dish 2 is advanced in rotation is entered the limit, outer ring of bag dish body 20 and is led the bag bag guard ring 26 interior rotations of bag rebound 3 in rotation; Rotation is installed on rebound bracing frame 6 tops leads bag rebound 3.
Referring to Fig. 1 and Fig. 2, bag bag guard ring 26, the lower cylinders in inner ring, lower cylinder 5 and the rebound bracing frame 6 in the external tooth type pivoting support 4 that bag rebound 3 is led in upper cylinder mounting hole 16, the rotation that bag dish 2 is advanced in the upper cylinder body 9 of upper cylinder guide plate assembly 1, the rotation square hole of stepping down is all installed and is positioned at on the vertical line of centers.
Referring to Fig. 3 and Fig. 4, the inner of the bag bag guide plate 7 of upper cylinder guide plate assembly 1 is installed on the lateral wall of cylinder body 9.The outer end of bag bag guide plate 7 is installed in the inboard of unloading the bag left side, slide plate 28 upper end that bag rebound 3 is led in rotation; Upper cylinder body 9 upper end covers at upper cylinder guide plate assembly 1 are equipped with mounting knob 8, and cylinder supporting inner ring mounting hole 14 lays respectively at some bolt mounting hole 10 bottoms that cylinder body 9 lower end sidewalls have in that the upper cylinder inner ring mounting flange 15 of upper cylinder body 9 lower ends has on some; 1 described bag of bag guide plate of upper cylinder guide plate assembly 7 is that circular arc is wavy, and wall has some reinforced ribs within it.
Referring to Fig. 5 and Fig. 6, external tooth type pivoting support 4 is comprised of two seat rings, have some uniform inner ring holes 11 at race, inner, have some uniform cycle holes 12 at the outer race that is connected as a body with its race, inner, excircle sidewall at its outer race has a circle pivoting support external tooth 13, is driven by the speed reducer output shaft reducing gear; It is the hollow round tube hole in race, inner.
Referring to Fig. 7 and Fig. 8, advance the rotation of bag dish 2 in discoideus rotation and advance the upper cylinder mounting hole 16 that bag dish body 20 centers have circle, enter bag dish body 20 bottom surfaces in described rotation and be evenly equipped with some reinforced ribs 17, the rotation of cylinder mounting hole 16 bottoms is advanced outside the bag dish supporting outer ring blue 19 and is had some uniform swivel bearing outer ring mounting holes 18 on described.
Advance the upper cylinder body 9 that is coated with cylinder guide plate assembly 1 in the upper cylinder mounting hole 16 that bag coils 2 central upper portion places in rotation, advance on the bag dish supporting outer ring flange 19 to install by external tooth type pivoting support 4 in rotation and be connected with lower cylinder 5.
Referring to Fig. 9, have in uniform way some lower cylinders supporting inner ring mounting holes 22 on the cylinder supporting inner ring flange 21 under the circle that is connected with in lower cylinder body 23 upper ends of lower cylinder 5, a circle that is connected with in described lower cylinder body 23 lower ends has some staybolt holes 25 on the pivot flange 24 in uniform way, be connected with platform by the bolt that installs, described lower cylinder body 23 is hollow cylindrical.
Referring to Figure 10, rotation is led the bag bag guard ring 26 of a circle annular arrangement of bag rebound 3 four jiaos of outsides that are connected to four angle steel in rebound bracing frame 6 tops is installed, and installs to be connected with at described bag bag guard ring 26 1 side opening places and unloads bag slide plate 28; The rebound bracing frame 6 that is square is installed the part that links into an integrated entity by some top angle steel and some steel angles, bottom.
Claims (10)
1. a sackloader advances bag dish device with rotation, it is mainly by upper cylinder guide plate assembly (1), bag dish (2) is advanced in rotation, bag rebound (3) is led in rotation, external tooth type pivoting support (4), lower cylinder (5) and rebound bracing frame (6) form, it is characterized in that in the upper cylinder supporting inner ring mounting hole (14) of upper cylinder body (9) lower end of upper cylinder guide plate assembly (1), the lower cylinder of the lower cylinder (5) of inner ring hole (11) neutralization of external tooth type pivoting support (4) supports in the inner ring mounting hole (22) by installing bolt, make the upper cylinder body (9) of cylinder guide plate assembly (1), lower cylinder supporting inner ring flange (21) three's from top to down of the inner ring of external tooth type pivoting support (4) and lower cylinder (5) is installed and is linked together, in the swivel bearing outer ring mounting hole (18) that rotates bag dish (2) and in the cycle hole (12) of external tooth type pivoting support (4), by installing tie bolt, the rotation that makes rotation enter bag dish (2) lower end is advanced bag dish supporting outer ring flange (19) and is installed on the outer ring of external tooth type pivoting support (4); The upper cylinder body (9) of upper cylinder guide plate assembly (1) is installed on rotation to be advanced in the upper cylinder mounting hole (16) of bag dish (2), and bag bag guide plate (7) outer end of upper cylinder guide plate assembly (1) is positioned at the inboard of unloading the left side, bag slide plate (28) upper end that bag rebound (3) is led in rotation; Limit, outer ring rotation in the bag bag guard ring (26) that wraps rebound (3) is led in rotation of bag dish body (20) is advanced in the rotation of rotating bag dish (2); Rotation is installed on rebound bracing frame (6) top leads bag rebound (3).
2. a kind of sackloader according to claim 1 advances bag dish device with rotation, it is characterized in that the upper cylinder body (9) of cylinder guide plate assembly (1), the upper cylinder mounting hole (16) that bag dish (2) is advanced in rotation, the bag bag guard ring (26) that bag rebound (3) is led in rotation, the interior lower cylinder resigning hole of inner ring, lower cylinder (5) and rebound bracing frame (6) in the external tooth type pivoting support (4), all install and be positioned on the same vertical center line.
3. a kind of sackloader according to claim 1 advances bag dish device with rotation, it is characterized in that the inner of the bag bag guide plate (7) of cylinder guide plate assembly (1) is installed on cylinder body (9) lateral wall.
4. a kind of sackloader according to claim 1 advances bag dish device with rotation, it is characterized in that at upper cylinder body (9) upper end cover of upper cylinder guide plate assembly (1) mounting knob (8) being installed, cylinder supporting inner ring mounting hole (14) lays respectively at some bolt mounting hole (10) bottoms that upper cylinder body (9) lower end sidewall has in that the upper cylinder inner ring mounting flange (15) of upper cylinder body (9) lower end has on some.
5. a kind of sackloader according to claim 1 advances bag dish device with rotation, it is characterized in that cylinder guide plate assembly (1) described bag bag guide plate (7) is wavy for circular arc, and wall has some reinforced ribs within it.
6. a kind of sackloader according to claim 1 advances bag dish device with rotation, it is characterized in that external tooth type pivoting support (4) is comprised of two seat rings, have some uniform inner ring holes (11) at race, inner, have some uniform cycle holes (12) at the outer race that is connected as a body with its race, inner, have a circle pivoting support external tooth (13) at the excircle sidewall of its outer race.
7. a kind of sackloader according to claim 1 advances bag dish device with rotation, it is characterized in that entering bag dish body (20) center in the rotation that bag dish (2) is advanced in discoideus rotation has circular upper cylinder mounting hole (16), enter bag dish body (20) bottom surface in described rotation and be evenly equipped with some reinforced ribs (17), the rotation of cylinder mounting hole (16) bottom is advanced bag dish supporting outer ring flange (19) and is had some uniform swivel bearing outer ring mounting holes (18) on described.
8. a kind of sackloader according to claim 1 advances bag dish device with rotation, have in uniform way some lower cylinders supporting inner ring mounting holes (22) on the lower cylinder supporting inner ring flange of circle (21) that it is characterized in that being connected with in the lower cylinder body (23) of lower cylinder (5) upper end, what be connected with in described lower cylinder body (23) lower end one encloses on the pivot flange (24) and has in uniform way some staybolt holes (25); Described lower cylinder body (23) is hollow cylindrical.
9. a kind of sackloader according to claim 1 advances bag dish device with rotation, the bag bag guard ring (26) that it is characterized in that rotating a circle annular arrangement of leading bag rebound (3) is installed outside four jiaos that are connected to four angle steel in rebound bracing frame (6) top, installs to be connected with at described bag bag guard ring (26) one side opening places and unloads bag slide plate (28).
10. a kind of sackloader according to claim 1 advances bag dish device with rotation, it is characterized in that the rebound bracing frame (6) that is square installs the part that links into an integrated entity by some top angle steel and some bottom angle steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320283051 CN203246901U (en) | 2013-05-16 | 2013-05-16 | Rotary bag feeding disc device for bag ship loader |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320283051 CN203246901U (en) | 2013-05-16 | 2013-05-16 | Rotary bag feeding disc device for bag ship loader |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203246901U true CN203246901U (en) | 2013-10-23 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320283051 Expired - Lifetime CN203246901U (en) | 2013-05-16 | 2013-05-16 | Rotary bag feeding disc device for bag ship loader |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203246901U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107191581A (en) * | 2017-07-24 | 2017-09-22 | 台州恒投工贸有限公司 | A kind of special type is speed reducer dedicated |
-
2013
- 2013-05-16 CN CN 201320283051 patent/CN203246901U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107191581A (en) * | 2017-07-24 | 2017-09-22 | 台州恒投工贸有限公司 | A kind of special type is speed reducer dedicated |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term |
Granted publication date: 20131023 |
|
| CX01 | Expiry of patent term |