CN203449171U - Shot blasting machine for wheel hubs - Google Patents
Shot blasting machine for wheel hubs Download PDFInfo
- Publication number
- CN203449171U CN203449171U CN201320535064.2U CN201320535064U CN203449171U CN 203449171 U CN203449171 U CN 203449171U CN 201320535064 U CN201320535064 U CN 201320535064U CN 203449171 U CN203449171 U CN 203449171U
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- impeller head
- cleaning chamber
- angle
- wall
- head seat
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Abstract
The utility model discloses a shot blasting machine for wheel hubs. The shot blasting machine for wheel hubs comprises a frame, wherein a cleaning chamber and a transmission roller channel are arranged on the frame; the transmission roller channel penetrates through inside of the cleaning chamber; the transmission roller channel consists of a plurality of transmission rollers; a space between each two transmission rollers is 1; the range of the space 1 is 170mm -185mm; the transmission roller channel divides the cleaning chamber into an upper cleaning chamber and a lower cleaning chamber; seeing from a forward direction of the transmission roller channel, left and right side walls of the upper cleaning chamber and the lower cleaning chamber consist of two parts including a left vertical wall and a left oblique wall, a right vertical wall and a right oblique wall; an included angle between the left vertical wall and the left oblique wall is alpha; an included angle between the right vertical wall and the right oblique wall is also alpha; the range of the included angle alpha is 125-145 DEG; two upper shot blasting machine bases are arranged on the left oblique wall and the right oblique wall of the upper cleaning chamber respectively; two lower shot blasting machine bases are arranged on the left oblique wall and the right oblique wall of the lower cleaning chamber respectively. The shot blasting machine for the wheel hubs is reasonable in structure, overall in angle of the shot blasting machine, high in working efficiency and good in shot blasting effect.
Description
Technical field
The utility model belongs to shot-blasting machine technical field, relates to a kind of shot-blasting machine, specifically, relates to a kind of for wheel hub being carried out to the wheel hub shot-blasting machine of Shot Blasting.
Background technology
Existing wheel hub shot-blasting machine has coupling type and roller bed type, but because the angular range that impeller head penetrates is limited, easily cause the Shot Blasting of hub surface part unevenly, cause product to receive the position that bullet processes and can be thrown, and wheel hub in impelling blind area is subject to less than Shot Blasting.Hook and roller-way, as the conveyer of wheel hub, are operated in shot-blasting machine ball blast working environment, because ball blast angle design is unreasonable, the bullet of dishing out is very easily got to hook and roller-way, cause the damage of hook and roller-way, affect the service life of equipment, also affected ball blast effect.
Utility model content
The purpose of this utility model is to provide a kind of rational in infrastructure, impeller head angle is comprehensive, operating efficiency is high, ball blast is effective wheel hub Shot-blasting Machine.
The technical solution of the utility model is: a kind of wheel hub shot-blasting machine, comprise frame, in frame, be provided with cleaning chamber and transfer roller, transfer roller is through in cleaning chamber, transfer roller is comprised of many transfer rollers, spacing between every two transfer rollers is l, and the scope of described spacing l is 170-185 millimeter; Transfer roller is divided into upper cleaning chamber and lower cleaning chamber by cleaning chamber, the direction of advancing from transfer roller, and upper cleaning chamber and lower cleaning chamber left and right sidewall form by two parts, left vertically wall and left-leaning skew wall, right vertically wall and Right deviation skew wall; Left vertically wall and left-leaning skew wall are angle a, and it is also a that right vertically wall and Right deviation skew wall are angle, and the scope of angle a is 125-145 degree;
In cleaning chamber, be provided with impeller head seat, in impeller head seat, be provided with impeller head, impeller head is cylinder, impeller head seat is divided into impeller head seat and lower impeller head seat, wherein go up on the left-leaning skew wall of cleaning chamber and Right deviation skew wall and be respectively arranged with two upper impeller head seats, on the left-leaning skew wall of lower cleaning chamber and Right deviation skew wall, be respectively arranged with two lower impeller head seats;
Upper impeller head seat and lower impeller head seat are triangulo column structure, two bottom surfaces of triangulo column are isosceles triangle, impeller head seat is arranged on the inclined wall of cleaning chamber by the one side of triangle bottom surface, and the drift angle of isosceles triangle is angle b, and the scope of described drift angle b is 10-18 degree; Between the downward extended line of the bus of the lower impeller head seat inner cylinder impeller head extended line downward with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Between the extended line that the extended line that the bus of upper impeller head seat inner cylinder impeller head makes progress makes progress with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; The scope of described angle c is 9-15 degree.
The beneficial effects of the utility model are: design of the present utility model is optimized design to the structure of the structure of the spacing of roller-way, cleaning chamber, impeller head, can realize following effect:
(1) in upper cleaning chamber and lower cleaning chamber, be respectively arranged with four impeller head seats, impeller head seat is arranged on the inclined wall of cleaning chamber, inclined wall is the angular range of 125-145 degree, compare with vertical cleaning locular wall, wheel hub on the more concentrated aligning transfer roller of impeller head seat, the mounting means of the structure of cleaning chamber and impeller head seat is more reasonable;
(2) impeller head in impeller head seat does not adopt the setting angle parallel with impeller head, impeller head seat has adopted triangulo column, the drift angle of the bottom surface equilateral triangle of triangulo column is 9-15 degree, guarantee the dish out angular range of impelling of bullet of impeller head, in impeller head seat during the installation of impeller head, between the bus of impeller head seat and the bus of triangulo column, become the angle of 9-15 degree, during system works, the dish out frequency of bullet and the translational speed of roller-way of impeller head can realize good cooperation, the bullet that in lower cleaning chamber, impeller head is dished out can be through in roller-way spacing, directly get on wheel hub, minimizing damages roller-way, the angle that impeller head is dished out can cover the scope of whole wheel hub, can obtain better impeller blasting effect.
Accompanying drawing explanation
Accompanying drawing 1 is the main TV structure schematic diagram of the utility model.
Accompanying drawing 2 is the left TV structure schematic diagram of the utility model.
Accompanying drawing 3 is impeller head holder structure schematic diagram under the utility model.
Accompanying drawing 4 is impeller head holder structure schematic diagram on the utility model.
The specific embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present utility model is further detailed.
Embodiment 1
As shown in Figures 1 to 4, Fig. 1 is the main TV structure schematic diagram of the utility model, has simultaneously also provided the dish out angle of strike of bullet of impeller head.
Wheel hub shot-blasting machine, comprises frame 1, is provided with cleaning chamber and transfer roller 2 in frame 1, and transfer roller 2 is through in cleaning chamber, and transfer roller 2 is comprised of many transfer rollers, and the spacing between every two transfer rollers is l, and the scope of spacing l is 170 millimeters; Transfer roller is divided into upper cleaning chamber 7 and lower cleaning chamber 8 by cleaning chamber, the direction of advancing from transfer roller, and upper cleaning chamber 7 and lower cleaning chamber 8 left and right sidewalls form by two parts, left vertically wall 4 and left-leaning skew wall 3, right vertically wall 6 and Right deviation skew wall 5; Left vertically wall 4 and left-leaning skew wall 3 are angle a, and angle a is 125 degree angles, and right vertically wall 6 and Right deviation skew wall 5 are angle and are also angle a, and angle a is 125 degree angles.
In cleaning chamber, be provided with impeller head seat, in impeller head seat, be provided with impeller head, impeller head is cylinder, impeller head seat is divided into impeller head seat 13 and lower impeller head seat 14, wherein go up on the left-leaning skew wall 3 of cleaning chamber 7 and Right deviation skew wall 5 and be respectively arranged with two upper impeller head seats 13, on the left-leaning skew wall 3 of lower cleaning chamber 8 and Right deviation skew wall 5, be respectively arranged with two lower impeller head seats 14.
Upper impeller head seat 13 and lower impeller head seat 14 are triangulo column structure, two bottom surfaces of triangulo column are isosceles triangle, impeller head seat is arranged on the inclined wall of cleaning chamber by the one side of triangle bottom surface, and the drift angle of isosceles triangle is angle b, and drift angle b is 10 degree; Between the downward extended line of the bus of the lower impeller head seat 14 inner cylinder impeller heads extended line downward with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Between the extended line that the extended line that the bus of upper impeller head seat 13 inner cylinder impeller heads makes progress makes progress with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Angle c's is 9 degree.
Embodiment 2
Wheel hub shot-blasting machine, comprises frame 1, is provided with cleaning chamber and transfer roller 2 in frame 1, and transfer roller 2 is through in cleaning chamber, and transfer roller 2 is comprised of many transfer rollers, and the spacing between every two transfer rollers is l, and the scope of spacing l is 175 millimeters; Transfer roller is divided into upper cleaning chamber 7 and lower cleaning chamber 8 by cleaning chamber, the direction of advancing from transfer roller, and upper cleaning chamber 7 and lower cleaning chamber 8 left and right sidewalls form by two parts, left vertically wall 4 and left-leaning skew wall 3, right vertically wall 6 and Right deviation skew wall 5; Left vertically wall 4 and left-leaning skew wall 3 are angle a, and angle a is 130 degree angles, and right vertically wall 6 and Right deviation skew wall 5 are angle and are also angle a, and angle a is 130 degree angles.
In cleaning chamber, be provided with impeller head seat, in impeller head seat, be provided with impeller head, impeller head is cylinder, impeller head seat is divided into impeller head seat 13 and lower impeller head seat 14, wherein go up on the left-leaning skew wall 3 of cleaning chamber 7 and Right deviation skew wall 5 and be respectively arranged with two upper impeller head seats 13, on the left-leaning skew wall 3 of lower cleaning chamber 8 and Right deviation skew wall 5, be respectively arranged with two lower impeller head seats 14.
Upper impeller head seat 13 and lower impeller head seat 14 are triangulo column structure, two bottom surfaces of triangulo column are isosceles triangle, impeller head seat is arranged on the inclined wall of cleaning chamber by the one side of triangle bottom surface, and the drift angle of isosceles triangle is angle b, and drift angle b is 13 degree; Between the downward extended line 10 of the bus of the lower impeller head seat 14 inner cylinder impeller heads extended line 9 downward with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Between the extended line 12 that the extended line 11 that the bus of upper impeller head seat 13 inner cylinder impeller heads makes progress makes progress with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Angle c is 12 degree.
Embodiment 3
Wheel hub shot-blasting machine, comprises frame 1, is provided with cleaning chamber and transfer roller 2 in frame 1, and transfer roller 2 is through in cleaning chamber, and transfer roller 2 is comprised of many transfer rollers, and the spacing between every two transfer rollers is l, and the scope of spacing l is 180 millimeters; Transfer roller is divided into upper cleaning chamber 7 and lower cleaning chamber 8 by cleaning chamber, the direction of advancing from transfer roller, and upper cleaning chamber 7 and lower cleaning chamber 8 left and right sidewalls form by two parts, left vertically wall 4 and left-leaning skew wall 3, right vertically wall 6 and Right deviation skew wall 5; Left vertically wall 4 and left-leaning skew wall 3 are angle a, and angle a is 133 degree angles, and right vertically wall 6 and Right deviation skew wall 5 are angle and are also angle a, and angle a is 133 degree angles.
In cleaning chamber, be provided with impeller head seat, in impeller head seat, be provided with impeller head, impeller head is cylinder, impeller head seat is divided into impeller head seat 13 and lower impeller head seat 14, wherein go up on the left-leaning skew wall 3 of cleaning chamber 7 and Right deviation skew wall 5 and be respectively arranged with two upper impeller head seats 13, on the left-leaning skew wall 3 of lower cleaning chamber 8 and Right deviation skew wall 5, be respectively arranged with two lower impeller head seats 14.
Upper impeller head seat 13 and lower impeller head seat 14 are triangulo column structure, two bottom surfaces of triangulo column are isosceles triangle, impeller head seat is arranged on the inclined wall of cleaning chamber by the one side of triangle bottom surface, and the drift angle of isosceles triangle is angle b, and drift angle b is 17 degree; Between the downward extended line 10 of the bus of the lower impeller head seat 14 inner cylinder impeller heads extended line 9 downward with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Between the extended line 12 that the extended line 11 that the bus of upper impeller head seat 13 inner cylinder impeller heads makes progress makes progress with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Angle c is 15 degree.
Embodiment 4
Wheel hub shot-blasting machine, comprises frame 1, is provided with cleaning chamber and transfer roller 2 in frame 1, and transfer roller 2 is through in cleaning chamber, and transfer roller 2 is comprised of many transfer rollers, and the spacing between every two transfer rollers is l, and the scope of spacing l is 170 millimeters; Transfer roller is divided into upper cleaning chamber 7 and lower cleaning chamber 8 by cleaning chamber, the direction of advancing from transfer roller, and upper cleaning chamber 7 and lower cleaning chamber 8 left and right sidewalls form by two parts, left vertically wall 4 and left-leaning skew wall 3, right vertically wall 6 and Right deviation skew wall 5; Left vertically wall 4 and left-leaning skew wall 3 are angle a, and angle a is 140 degree angles, and right vertically wall 6 and Right deviation skew wall 5 are angle and are also angle a, and angle a is 140 degree angles.
In cleaning chamber, be provided with impeller head seat, in impeller head seat, be provided with impeller head, impeller head is cylinder, impeller head seat is divided into impeller head seat 13 and lower impeller head seat 14, wherein go up on the left-leaning skew wall 3 of cleaning chamber 7 and Right deviation skew wall 5 and be respectively arranged with two upper impeller head seats 13, on the left-leaning skew wall 3 of lower cleaning chamber 8 and Right deviation skew wall 5, be respectively arranged with two lower impeller head seats 14.
Upper impeller head seat 13 and lower impeller head seat 14 are triangulo column structure, two bottom surfaces of triangulo column are isosceles triangle, impeller head seat is arranged on the inclined wall of cleaning chamber by the one side of triangle bottom surface, and the drift angle of isosceles triangle is angle b, and drift angle b is 15 degree; Between the downward extended line 10 of the bus of the lower impeller head seat 14 inner cylinder impeller heads extended line 9 downward with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Between the extended line 12 that the extended line 11 that the bus of upper impeller head seat 13 inner cylinder impeller heads makes progress makes progress with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Angle c is 14 degree.
Operation principle:
When shot-blasting machine is installed, adjust horizontal range and the vertical range of the installation of the setting height(from bottom) of impeller head seat in cleaning chamber, any two impeller head seats on same cleaning chamber inclined wall, guarantee the angle of coverage of impeller head impelling bullet.During system works, pending wheel hub is placed in transfer roller 2, transfer roller 2 drives wheel hub to travel forward, that by controller, controls the pace of wheel hub and the impeller head in impeller head seat goes out ball speed, the bullet that bottom impeller head impeller head is dished out can, through the spacing between two adjacent transfer rollers, be got on wheel hub.Impeller head is got the trend of bullet as seen from Figure 1, and the bullet that upper impeller head is dished out moves along track 15, and the bullet that bottom impeller head is dished out moves along track 16.When wheel hub is through in cleaning chamber, the impeller head in upper and lower impeller head seat starts wheel hub to carry out Shot Blasting, after being disposed, through transfer roller, sends cleaning chamber.
Claims (1)
1. a wheel hub shot-blasting machine, comprises frame, is provided with cleaning chamber and transfer roller in frame, transfer roller is through in cleaning chamber, it is characterized in that: transfer roller is comprised of many transfer rollers, the spacing between every two transfer rollers is l, and the scope of described spacing l is 170-185 millimeter; Transfer roller is divided into upper cleaning chamber and lower cleaning chamber by cleaning chamber, the direction of advancing from transfer roller, and upper cleaning chamber and lower cleaning chamber left and right sidewall form by two parts, left vertically wall and left-leaning skew wall, right vertically wall and Right deviation skew wall; Left vertically wall and left-leaning skew wall are angle a, and it is also a that right vertically wall and Right deviation skew wall are angle, and the scope of described angle a is 125-145 degree;
In cleaning chamber, be provided with impeller head seat, in impeller head seat, be provided with impeller head, impeller head is cylinder, impeller head seat is divided into impeller head seat and lower impeller head seat, wherein go up on the left-leaning skew wall of cleaning chamber and Right deviation skew wall and be respectively arranged with two upper impeller head seats, on the left-leaning skew wall of lower cleaning chamber and Right deviation skew wall, be respectively arranged with two lower impeller head seats;
Upper impeller head seat and lower impeller head seat are triangulo column structure, two bottom surfaces of triangulo column are isosceles triangle, impeller head seat is arranged on the inclined wall of cleaning chamber by the one side of triangle bottom surface, and the drift angle of isosceles triangle is angle b, and the scope of described drift angle b is 10-18 degree; Between the downward extended line of the bus of the lower impeller head seat inner cylinder impeller head extended line downward with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; Between the extended line that the extended line that the bus of upper impeller head seat inner cylinder impeller head makes progress makes progress with line between two drift angles of impeller head triangulo column triangle bottom surface, become angle c; The scope of described angle c is 9-15 degree.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320535064.2U CN203449171U (en) | 2013-08-29 | 2013-08-29 | Shot blasting machine for wheel hubs |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320535064.2U CN203449171U (en) | 2013-08-29 | 2013-08-29 | Shot blasting machine for wheel hubs |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203449171U true CN203449171U (en) | 2014-02-26 |
Family
ID=50129074
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320535064.2U Withdrawn - After Issue CN203449171U (en) | 2013-08-29 | 2013-08-29 | Shot blasting machine for wheel hubs |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203449171U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103465175A (en) * | 2013-08-29 | 2013-12-25 | 青岛昌佳机械有限公司 | Hub shot blasting machine |
| CN103978438A (en) * | 2014-05-29 | 2014-08-13 | 江苏龙城铸造机械科技有限公司 | Pass-type shot-blast cleaning machine for steel strip |
-
2013
- 2013-08-29 CN CN201320535064.2U patent/CN203449171U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103465175A (en) * | 2013-08-29 | 2013-12-25 | 青岛昌佳机械有限公司 | Hub shot blasting machine |
| CN103465175B (en) * | 2013-08-29 | 2015-07-15 | 青岛昌佳机械有限公司 | Hub shot blasting machine |
| CN103978438A (en) * | 2014-05-29 | 2014-08-13 | 江苏龙城铸造机械科技有限公司 | Pass-type shot-blast cleaning machine for steel strip |
| CN103978438B (en) * | 2014-05-29 | 2017-05-10 | 江苏龙城铸造机械科技有限公司 | Pass-type shot-blast cleaning machine for steel strip |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140226 Effective date of abandoning: 20150715 |
|
| RGAV | Abandon patent right to avoid regrant |