CN204384365U - Conical bearing inner ring conveying turn-over rig - Google Patents
Conical bearing inner ring conveying turn-over rig Download PDFInfo
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- CN204384365U CN204384365U CN201520031719.1U CN201520031719U CN204384365U CN 204384365 U CN204384365 U CN 204384365U CN 201520031719 U CN201520031719 U CN 201520031719U CN 204384365 U CN204384365 U CN 204384365U
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- inner ring
- conveying
- separator
- bearing inner
- feed channel
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Abstract
Conical bearing inner ring conveying turn-over rig, belongs to Production of bearing equipment and technology.The utility model comprises material conveying road, conveying raceway and turn feed channel, two pieces of separator of battery platess are respectively arranged with between two baffle plates of front and back, between the inner side of two separator of battery platess, composition point is selected materials, height between separator of battery plates and base plate is greater than large terminal block limit and is less than conical raceways axial width at inner ring axial width axially and adds small end rib axial width sum, the inner side spacing of two separator of battery platess is less than the diameter on the large terminal block limit of inner ring, be greater than the diameter of inner ring small end rib, turn two pieces, the left and right guide plate of feed channel to pressing from both sides into herringbone, two pieces of guide plate upper ends are undertaken in two, the left and right side of blanking opening respectively, the arrival end of selecting materials is divided to be no more than the left side side of blanking opening to the right, right guide plate accepts a point exit end of selecting materials, the open top of conveying raceway is undertaken in the lower end outlet turning feed channel.The utility model for adapt to conical bearing inner ring add man-hour inner ring needs unified towards demand.
Description
Technical field
The utility model belongs to Production of bearing equipment technical field, especially carries turn-over rig relevant with a kind of conical bearing inner ring.
Background technology
As shown in Figure 1, one end that conical bearing inner ring diameter is large is large end, and one end that diameter is little is small end, the periphery of conical bearing inner ring is provided with conical raceways 2, the two ends of conical raceways 2 are respectively provided with rib, and the rib of large end is large terminal block limit 1, and the rib of small end is small end rib 3.When using plain disk feeder to load conveying conical bearing inner ring, from disk feeder conical bearing inner ring end face out towards being random scattering.Because lathe is when processing conical bearing inner ring, to the end face of the conical bearing inner ring entered in lathe towards there being unified requirement, if the end face of conical bearing inner ring is towards inconsistent, then can cause damage to lathe, even cause industrial accident, for this problem, existing Bearing Manufacturing Enterprise adopts usually manually by conical bearing inner ring turn-over, points toward the same.But artificial turn-over, labour intensity is large, and production efficiency is low.
Utility model content
The purpose of this utility model be intended to adapt to conical bearing inner ring add man-hour inner ring needs unified towards demand, provide a kind of and can realize the unification of conical bearing inner ring and carry turn-over rig towards the conical bearing inner ring of conveying.
For this reason, the utility model is by the following technical solutions: conical bearing inner ring conveying turn-over rig, it is characterized in that, described conveying turn-over rig comprises material conveying road, conveying raceway and turn feed channel, material conveying road comprises base plate and is installed on front apron and the back shield of base plate both sides, during conveying, bearing inner ring is advanced from left to right on base plate, the separator of battery plates that two pieces have top plane is respectively arranged with between front apron and back shield, between the inner side of two separator of battery platess, composition point is selected materials, height between separator of battery plates and base plate is greater than large terminal block limit and is less than conical raceways axial width at conical bearing inner ring axial width axially and adds small end rib axial width sum, the inner side spacing of two separator of battery platess is less than the diameter on the large terminal block limit of bearing inner ring, be greater than the diameter of bearing inner ring small end rib, described base plate is provided with blanking opening, the described feed channel that turns comprises the two pieces of guide plates in left and right, the two pieces of guide plates in left and right are to pressing from both sides into herringbone, two pieces of guide plate upper ends are undertaken in two, the left and right side of described blanking opening respectively, the upper end import turning feed channel is made to be undertaken in described blanking opening, described point of arrival end of selecting materials is no more than the left side side of described blanking opening to the right, and right guide plate accepts a point exit end of selecting materials, described conveying raceway is by raceway base plate and be positioned at the right baffle-plate of the raceway base plate left and right sides and right baffle plate surrounds, and turns the lower end outlet of feed channel described in the open top of conveying raceway is undertaken in.
During bearing inner ring conveying, inner ring is that axis vertical state alignment is on material conveying road base plate, posterior inner ring promotes preceding inner ring and advances, when the large end of inner ring down time, in advance process, the large terminal block limit of inner ring enters below point two separator of battery platess of selecting materials, small end rib diameter is greater than owing to dividing width of selecting materials, inner ring will hold greatly the left guide plate towards falling into sorting material road when entering the blanking opening of material conveying road base plate, inner ring landing on guide plate enters conveying raceway, in landing process, inner ring axis transfers transverse direction to gradually, and the large end of inner ring becomes and enters conveying raceway towards a left side, when the large end of inner ring upward time, the large terminal block limit of inner ring is positioned on point separator of battery plates of selecting materials, when the blanking opening by base plate, large terminal block side suspension is in two separator of battery platess, inner ring can be made by falling during blanking overthe openings on left guide plate, and in a point outlet of selecting materials, inner ring is that axis vertical state is fallen on right guide plate, on right guide plate, landing enters conveying raceway, in landing process, inner ring axis transfers transverse direction to gradually, and the large end of inner ring becomes and enters conveying raceway towards a left side, completes turn-over conveying.
As to technique scheme supplement and perfect, the utility model also comprises following technical characteristic.
A separation guide plate is provided with in the middle of the described upper end inflow point turning feed channel, by separating guide plate, the upper end import turning feed channel is divided into two inlet points from left to right, left guide plate and right guide plate, during landing, guiding is separated to inner ring, ensures the smooth landing of bearing inner ring.
The inner side of described back shield is provided with adjustment side shield by bolt support, the described separator of battery plates of two pieces is individually fixed in described front apron and regulates side shield, can according to the size of the large end rib diameter of inner ring, regulate back shield by the fixed position of adjusting bolt and regulate the distance between side shield, thus regulating the distance between two separator of battery platess.
The utility model can reach following beneficial effect: distinguish the large small end of inner ring by arranging in material conveying road by point selecting materials of forming of two pieces of separator of battery platess, and coordinate to pressing from both sides the feed channel that turns formed the automatic turnover realizing inner ring with by two pieces of guide plates, thus inner ring unification is towards conveying, facilitate carrying out smoothly of next process.
Accompanying drawing explanation
Fig. 1 is the axial section structural representation of conical bearing inner ring.
Fig. 2 is structural representation of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described in detail.
As depicted in figs. 1 and 2, the utility model comprises material conveying road, conveying raceway and turn feed channel, material conveying road comprises base plate 4 and is installed on the front apron 5 of both sides and the back shield 6 of base plate 4, during conveying, bearing inner ring is advanced from left to right on base plate 4, be respectively arranged with two pieces between front apron 5 and back shield 6 and there is the separator of battery plates 7 pushing up plane, the inner side of back shield 6 is provided with by bolt support and regulates side shield 9, the described separator of battery plates 7 of two pieces is individually fixed in described front apron 5 and regulates side shield 9, can according to the size of the diameter on the large terminal block limit 1 of inner ring, regulate back shield 6 by the fixed position of adjusting bolt and regulate the distance between side shield 9, thus regulate the distance between two separator of battery platess 7.Between the inner side of two separator of battery platess 7, composition point is selected materials, height between separator of battery plates 7 and base plate 4 is greater than large terminal block limit 1 and is less than at conical bearing inner ring axial width axially the axial width sum that conical raceways axial width adds small end rib 3, the inner side spacing of two separator of battery platess 7 is less than the diameter on the large terminal block limit 1 of bearing inner ring, is greater than the diameter of bearing inner ring small end rib 3, described base plate 4 is provided with blanking opening, the described feed channel that turns comprises left guide plate 12 and right guide plate 10, the two pieces of guide plates in left and right are to pressing from both sides into herringbone, two pieces of guide plate upper ends are undertaken in two, the left and right side of described blanking opening respectively, the upper end import turning feed channel is made to be undertaken in described blanking opening, described point of arrival end of selecting materials is no more than the left side side of described blanking opening to the right, right guide plate 10 accepts a point exit end of selecting materials, a separation guide plate 8 is provided with in the middle of the described upper end inflow point turning feed channel, by separating guide plate 8, the upper end import turning feed channel is divided into two inlet points from left to right, left guide plate 12 and right guide plate 10, during landing, guiding is separated to inner ring, ensure the smooth landing of bearing inner ring, described conveying raceway is by raceway base plate and be positioned at the right baffle-plate 13 of the raceway base plate left and right sides and right baffle plate 11 surrounds, and turns the lower end outlet of feed channel described in the open top of conveying raceway is undertaken in.
Claims (3)
1. conical bearing inner ring conveying turn-over rig, it is characterized in that: described conveying turn-over rig comprises material conveying road, conveying raceway and turn feed channel, material conveying road comprises base plate and is installed on front apron and the back shield of base plate both sides, during conveying, bearing inner ring is advanced from left to right on base plate, the separator of battery plates that two pieces have top plane is respectively arranged with between front apron and back shield, between the inner side of two separator of battery platess, composition point is selected materials, height between separator of battery plates and base plate is greater than large terminal block limit and is less than conical raceways axial width at conical bearing inner ring axial width axially and adds small end rib axial width sum, the inner side spacing of two separator of battery platess is less than the diameter on the large terminal block limit of bearing inner ring, be greater than the diameter of bearing inner ring small end rib, described base plate is provided with blanking opening, the described feed channel that turns comprises the two pieces of guide plates in left and right, the two pieces of guide plates in left and right are to pressing from both sides into herringbone, two pieces of guide plate upper ends are undertaken in two, the left and right side of described blanking opening respectively, the upper end import turning feed channel is made to be undertaken in described blanking opening, described point of arrival end of selecting materials is no more than the left side side of described blanking opening to the right, and right guide plate accepts a point exit end of selecting materials, described conveying raceway is by raceway base plate and be positioned at the right baffle-plate of the raceway base plate left and right sides and right baffle plate surrounds, and turns the lower end outlet of feed channel described in the open top of conveying raceway is undertaken in.
2. conical bearing inner ring conveying turn-over rig according to claim 1, it is characterized in that: described in turn feed channel upper end inflow point in the middle of be provided with a separation guide plate, by separating guide plate, the upper end import turning feed channel is divided into two inlet points from left to right.
3. conical bearing inner ring conveying turn-over rig according to claim 2, is characterized in that: the inner side of described back shield is provided with adjustment side shield by bolt support, and two pieces of described separator of battery platess are individually fixed in described front apron and regulate side shield.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520031719.1U CN204384365U (en) | 2015-01-17 | 2015-01-17 | Conical bearing inner ring conveying turn-over rig |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520031719.1U CN204384365U (en) | 2015-01-17 | 2015-01-17 | Conical bearing inner ring conveying turn-over rig |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204384365U true CN204384365U (en) | 2015-06-10 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520031719.1U Active CN204384365U (en) | 2015-01-17 | 2015-01-17 | Conical bearing inner ring conveying turn-over rig |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204384365U (en) |
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2015
- 2015-01-17 CN CN201520031719.1U patent/CN204384365U/en active Active
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |