CN208496247U - Bearing blank Internal and external cycle automatic separating apparatus - Google Patents
Bearing blank Internal and external cycle automatic separating apparatus Download PDFInfo
- Publication number
- CN208496247U CN208496247U CN201820504276.7U CN201820504276U CN208496247U CN 208496247 U CN208496247 U CN 208496247U CN 201820504276 U CN201820504276 U CN 201820504276U CN 208496247 U CN208496247 U CN 208496247U
- Authority
- CN
- China
- Prior art keywords
- feeding
- splitting die
- bearing blank
- baffle
- positioning plate
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Forging (AREA)
Abstract
The utility model relates to a kind of bearing processing apparatus, especially bearing blank Internal and external cycle automatic separating apparatus, including punching machine, formed punch, splitting die and automatic feeding；The formed punch is mounted on the sliding block of punching machine, splitting die and automatic feeding are installed on the bottom plate of punching machine, splitting die and formed punch are located on same axis, and bearing blank is sent to the top of splitting die by the automatic feeding, and formed punch separates the inner ring and outer ring of bearing blank with splitting die.Bearing blank Internal and external cycle automatic separating apparatus structure provided by the utility model is simple, easy to use, work efficiency is high, labor intensity is small, reduces production cost, energy automatic charging, the separation that can be applicable in different bearing blank part inner ring and outer rings.
Description
Technical field
The utility model relates to a kind of bearing processing apparatus, especially bearing blank Internal and external cycle automatic separating apparatus.
Background technique
Blank is first truncated according to the thickness of bearing in process of production in bearing on bar, and the blank after truncation first processes two
A end face keeps two end faces parallel, vehicle annular groove is then distinguished on two end faces, as shown in figure 3, annular groove is divided into blank
92 blank of 91 blank of inner ring and outer ring, the annular groove on both sides are not communicated with, but the very thin thickness between two annular grooves, after convenient
Procedure separates inner ring 91 and outer ring 92.Existing separation is all to be struck down inner ring 91 from outer ring 92 with iron hammer by worker
Realize separation, working efficiency is low, large labor intensity, the surface for being easy to damage bearing, cause deeper trace influence it is subsequent plus
Work.
Utility model content
To solve the above problems, the utility model provides, a kind of structure is simple, easy to use, work efficiency is high, labour is strong
Spend it is small, reduce production cost, can be applicable in the isolated bearing blank Internal and external cycle of different bearing blank part inner ring and outer rings from
Dynamic separator, the specific technical proposal is:
Bearing blank Internal and external cycle automatic separating apparatus, including punching machine, formed punch, splitting die and automatic feeding；The punching
Head is mounted on the sliding block of punching machine, and splitting die and automatic feeding are installed on the bottom plate of punching machine, splitting die and formed punch position
In on same axis, bearing blank is sent to the top of splitting die, formed punch and splitting die for bearing hair by the automatic feeding
The inner ring and outer ring of base separates.
By using above-mentioned technical proposal, punching machine drives formed punch and splitting die to cooperate the inner ring and outer ring of bearing blank point
From the sliding block movement speed of punching machine is fast, work efficiency is high.
Preferably, the automatic feeding include feeding positioning plate, feeding baffle, discharge positioning plate, discharge baffle and
Poking device；The feeding baffle and feeding positioning plate are symmetrically positioned in the two sides of splitting die, and longitudinally disposed along bottom plate；The row
Material baffle and discharge positioning plate is horizontally-parallel is mounted on bottom plate, discharge baffle is vertical with feeding baffle, and with feeding baffle phase
Neighbour, discharge baffle and discharge positioning plate are respectively positioned on one end of feeding baffle, feeding positioning plate, feeding baffle, discharge baffle and row
Material positioning plate forms L-shaped feeding passage；The material toggling block of the poking device is dialled between feeding positioning plate and feeding baffle
Material block toggles it to bearing blank above splitting die.
By using above-mentioned technical proposal, the moving direction of feeding positioning plate and feeding baffle limitation bearing blank makes axis
Hold the top that blank is moved to splitting die.Discharge baffle and discharge positioning plate are by bearing blank marshalling, and material toggling block is by feeding
Bearing between positioning plate and feeding baffle is stirred to splitting die, and when bearing blank toggles it to the top of splitting die, sliding block is driven
Formed punch separates inner ring with outer ring, and material toggling block returns meeting, vacates the position of a bearing blank, operator by discharge positioning plate and
Bearing between discharge baffle pushes feeding positioning plate to and fills up vacancy.
Preferably, the poking device includes sliding bar, rod for stiring materials, briquetting and material toggling spring；The sliding bar slides position
In on bottom plate, sliding bar is parallel with feeding baffle, and the two sides of sliding bar are equipped with locating rod, and locating rod is fixed on bottom plate, slides
One end of bar is equipped with rod for stiring materials, and material toggling block is housed on rod for stiring materials, and the other end of sliding bar is equipped with connecting rod, and the top of connecting rod fills
There is idler wheel, idler wheel is pressed on the sliding bevel of briquetting, and briquetting is fixed on sliding block；The other end of sliding bar also connects with material toggling spring
It connects, the other end of material toggling spring is fixed on bottom plate, and briquetting makes the material toggling block on sliding bar far from splitting die, and material toggling spring makes to dial
Material block toggles it to bearing blank above splitting die.
By using above-mentioned technical proposal, sliding block decline, sliding block drives formed punch and briquetting decline, and the sliding bevel of briquetting pushes away
Dynamic idler wheel is mobile to the direction far from splitting die, and idler wheel drives sliding bar mobile, and sliding bar drives rod for stiring materials mobile, rod for stiring materials band
Dynamic material toggling block is mobile.
Preferably, the splitting die is cylinder, and splitting die is equipped with material-dropping hole, and the diameter of material-dropping hole is greater than in bearing blank
The outer diameter of circle；The periphery of splitting die is equipped with positioning ring, and positioning ring is located at the top of splitting die；The bottom plate is equipped with and divides
From the lower die hole that mould matches, the top of splitting die and the top of bottom plate are concordant.
By using above-mentioned technical proposal, splitting die is convenient for disassembly and assembly, and accurate positioning, is convenient for changing the separation of different size
Mould.
Preferably, kidney slot is equipped on the feeding positioning plate, feeding baffle, discharge positioning plate and discharge baffle.
By using above-mentioned technical proposal, kidney slot facilitates adjustment feeding positioning plate, feeding baffle, discharge positioning plate and row
The position of baffle is expected, to adapt to the bearing blank of different size.
Preferably, the both ends of described rod for stiring materials are equipped with kidney slot, and two kidney slots are mutually perpendicular to.
By using above-mentioned technical proposal, facilitate the position of adjustment material toggling block to adapt to different bearing blanks.
It preferably, further include safety device, the safety device includes correlation type photoelectric sensor, correlation type photoelectric sensing
Device is fixed on bottom plate, and is located at two layers of splitting die.
Preferably, one end of the bottom plate is equipped with stock guide, and stock guide is located above the turnover box of outer ring.
When work, bearing blank part is aligned between discharge positioning plate and discharge baffle by operator, the sliding block of punching machine
It moves down, sliding block drives formed punch and briquetting to move down, and formed punch separates the inner ring and outer ring of bearing blank with splitting die, pressure
The sliding bevel pushing rolling wheels of block are mobile to the direction far from splitting die, and idler wheel drives sliding bar mobile, and sliding bar drives material toggling
Bar is mobile, and rod for stiring materials drives material toggling block mobile, and material toggling block is moved to one end of discharge positioning plate, vacates the position of a bearing blank
It sets, operator pushes the bearing blank between discharge positioning plate and discharge baffle to feeding positioning plate and fills up vacancy.On sliding block
It rises, material toggling spring hauls sliding bar to splitting die movement, and since idler wheel is pressed on sliding bevel, the smooth movement of sliding bar is dialled
Material block toggles it to bearing blank above splitting die, then repeated isolation, the movement realization bearing blank inner ring and outer ring of feeding
Be automatically separated, greatly improve working efficiency.
Compared with prior art the utility model has the following beneficial effects:
Bearing blank Internal and external cycle automatic separating apparatus structure provided by the utility model is simple, easy to use, working efficiency
Height, labor intensity is small, reduces production cost, energy automatic charging, point that can be applicable in different bearing blank part inner ring and outer rings
From.
Detailed description of the invention
Fig. 1 is the overlooking structure diagram of the utility model；
Fig. 2 is the side partial structural diagram of the utility model；
Fig. 3 is the schematic diagram of the section structure of splitting die and bearing blank.
Specific embodiment
Now in conjunction with attached drawing, the utility model is described in further detail.
As shown in Figure 1, Figure 2 and Figure 3, bearing blank Internal and external cycle automatic separating apparatus, including punching machine 1, formed punch 3, splitting die 4
And automatic feeding；Formed punch 3 is mounted on the sliding block 12 of punching machine 1, and splitting die 4 and automatic feeding are installed in punching machine 1
Bottom plate 11 on, splitting die 4 and formed punch 3 are located on same axis, and bearing blank 9 is sent on splitting die 4 by automatic feeding,
Formed punch 3 separates the inner ring 91 of bearing blank 9 and outer ring 92 with splitting die 4.
As shown in Figure 1, automatic feeding includes feeding positioning plate 51, feeding baffle 52, discharge positioning plate 54, discharge gear
Plate 53 and poking device；Feeding baffle 52 and feeding positioning plate 51 are symmetrically positioned in the two sides of splitting die 4, and set along 11 longitudinal direction of bottom plate
It sets；Discharge baffle 53 and discharge positioning plate 54 is horizontally-parallel is mounted on bottom plate 11, discharge baffle 53 is vertical with feeding baffle 52,
And it is adjacent with feeding baffle 52, discharge baffle 53 and discharge positioning plate 54 are respectively positioned on one end of feeding baffle 52, feeding positioning plate
51, feeding baffle 52, discharge baffle 53 and discharge positioning plate 54 form L-shaped feeding passage；The material toggling block of poking device 61
Between feeding positioning plate 51 and feeding baffle 52, bearing blank 9 is toggled it to 4 top of splitting die by material toggling block 61.
Kidney slot is equipped on feeding positioning plate 51, feeding baffle 52, discharge positioning plate 54 and discharge baffle 53.Kidney slot
Facilitate the position of adjustment feeding positioning plate 51, feeding baffle 52, discharge positioning plate 54 and discharge baffle 53, to adapt to different size
Bearing blank 9.
Feeding positioning plate 51 and feeding baffle 52 limit the moving direction of bearing blank 9, and bearing blank 9 is made to be moved to separation
The top of mould 4.Discharge baffle 53 and discharge positioning plate 54 are by 9 marshalling of bearing blank, and material toggling block 61 is by feeding positioning plate 51
Bearing blank 9 between feeding baffle 52 is stirred to splitting die 4, when bearing blank 9 toggles it to the top of splitting die 4, sliding block
12 drive formed punches 3 separate inner ring 91 with outer ring 92, and material toggling block 61 returns meeting, vacates the position of a bearing blank 9, operator
Push the bearing between discharge positioning plate 54 and discharge baffle 53 to feeding positioning plate 51 and fills up vacancy.
As depicted in figs. 1 and 2, poking device includes sliding bar 63, rod for stiring materials 62, briquetting 68 and material toggling spring 69；Sliding
Bar 63 is slidably disposed on bottom plate 11, and sliding bar 63 is parallel with feeding baffle 52, and the two sides of sliding bar 63 are equipped with locating rod 64, positioning
Bar 64 is fixed on bottom plate 11, and one end of sliding bar 63 is equipped with rod for stiring materials 62, and material toggling block 61, sliding bar 63 are housed on rod for stiring materials 62
The other end connecting rod 66 is housed, the top of connecting rod 66 is equipped with idler wheel 65, and idler wheel 65 is pressed on the sliding bevel 67 of briquetting 68,
Briquetting 68 is fixed on sliding block 12；The other end of sliding bar 63 is also connect with material toggling spring 69, and the other end of material toggling spring 69 is solid
It is scheduled on bottom plate 11, briquetting 68 makes the material toggling block 61 on sliding bar 63 far from splitting die 4, and material toggling spring 69 makes material toggling block 61 by axis
It holds blank 9 and toggles it to 4 top of splitting die.
The both ends of rod for stiring materials 62 are equipped with kidney slot, and two kidney slots are mutually perpendicular to.Facilitate the position of adjustment material toggling block 61
It sets to adapt to different bearing blanks 9.
Sliding block 12 declines, and sliding block 12 drives formed punch 3 and briquetting 68 to decline, 67 pushing rolling wheels 65 of sliding bevel of briquetting 68 to
Direction far from splitting die 4 is mobile, and idler wheel 65 drives sliding bar 63 mobile, and sliding bar 63 drives rod for stiring materials 62 mobile, rod for stiring materials
62 drive material toggling block 61 mobile.
As shown in figures 1 and 3, splitting die 4 is cylinder, and splitting die 4 is equipped with material-dropping hole 42, and the diameter of material-dropping hole 42 is greater than
The outer diameter of 9 inner ring 91 of bearing blank；The periphery of splitting die 4 is equipped with positioning ring 41, and positioning ring 41 is located at the top of splitting die 4
Portion；Bottom plate 11 is equipped with the lower die hole 13 to match with splitting die 4, and the top of splitting die 4 is concordant with the top of bottom plate 11.Separation
Mould 4 is convenient for disassembly and assembly, and accurate positioning, is convenient for changing the splitting die 4 of different size.
It further include safety device, safety device includes correlation type photoelectric sensor 71, and correlation type photoelectric sensor 71 is fixed
On bottom plate 11, and it is located at the two sides of splitting die 4.
One end of bottom plate 11 is equipped with stock guide 14, and stock guide 14 is located at 15 top of outer ring turnover box.
The lower section of bottom plate 11 is placed with inner ring turnover box 16.
When work, bearing blank 9 are aligned between discharge positioning plate 54 and discharge baffle 53 by operator, punching machine 1
Sliding block 12 move down, sliding block 12 drives formed punch 3 and briquetting 68 to move down, and formed punch 3 and splitting die 4 are by bearing blank 9
Inner ring 91 and outer ring 92 separate, and 67 pushing rolling wheels 65 of sliding bevel of briquetting 68 are mobile to the direction far from splitting die 4, idler wheel 65
Drive sliding bar 63 mobile, sliding bar 63 drives rod for stiring materials 62 mobile, and rod for stiring materials 62 drives material toggling block 61 mobile, and material toggling block 61 moves
The one end for moving discharge positioning plate 54, vacates the position of a bearing blank 9, and operator keeps off discharge positioning plate 54 and discharge
Bearing blank 9 between plate 53 pushes feeding positioning plate 51 to and fills up vacancy.Sliding block 12 rises, and material toggling spring 69 hauls sliding bar 63
Mobile to splitting die 4, since idler wheel 65 is pressed on sliding bevel 67, the smooth movement of sliding bar 63, material toggling block 61 is by bearing hair
Base 9 toggles it to 4 top of splitting die, and then repeated isolation, movement realization 9 inner ring 91 of bearing blank of feeding and outer ring 92 is automatic
Separation, greatly improves working efficiency.
Claims (8)
1. bearing blank Internal and external cycle automatic separating apparatus, which is characterized in that including punching machine (1), formed punch (3), splitting die (4) and from
Dynamic feed device；The formed punch (3) is mounted on the sliding block (12) of punching machine (1), and splitting die (4) and automatic feeding are respectively mounted
On the bottom plate (11) of punching machine (1), splitting die (4) and formed punch (3) are located on same axis, and the automatic feeding is by bearing
Blank (9) is sent to the top of splitting die (4), and formed punch (3) and splitting die (4) are by the inner ring (91) of bearing blank (9) and outer ring
(92) it separates.
2. bearing blank Internal and external cycle automatic separating apparatus according to claim 1, which is characterized in that the self-feeding dress
It sets including feeding positioning plate (51), feeding baffle (52), discharge positioning plate (54), discharge baffle (53) and poking device；It is described
Feeding baffle (52) and feeding positioning plate (51) are symmetrically positioned in the two sides of splitting die (4), and longitudinally disposed along bottom plate (11)；It is described
Discharge baffle (53) and discharge positioning plate (54) is horizontally-parallel is mounted on bottom plate (11), discharge baffle (53) and feeding baffle
(52) vertically, and adjacent with feeding baffle (52), discharge baffle (53) and discharge positioning plate (54) are respectively positioned on feeding baffle (52)
One end, feeding positioning plate (51), feeding baffle (52), discharge baffle (53) and discharge positioning plate (54) form L-shaped feeding
Channel；The material toggling block (61) of the poking device is located between feeding positioning plate (51) and feeding baffle (52), material toggling block (61)
Bearing blank (9) is toggled it to above splitting die (4).
3. bearing blank Internal and external cycle automatic separating apparatus according to claim 2, which is characterized in that the poking device packet
Include sliding bar (63), rod for stiring materials (62), briquetting (68) and material toggling spring (69)；The sliding bar (63) is slidably disposed in bottom plate (11)
On, sliding bar (63) is parallel with feeding baffle (52), and the two sides of sliding bar (63) are equipped with locating rod (64), and locating rod (64) is fixed
On bottom plate (11), one end of sliding bar (63) is equipped with rod for stiring materials (62), material toggling block (61) is housed on rod for stiring materials (62), sliding bar
(63) the other end is equipped with connecting rod (66), and the top of connecting rod (66) is equipped with idler wheel (65), and idler wheel (65) is pressed in briquetting (68)
Sliding bevel (67) on, briquetting (68) is fixed on sliding block (12)；The other end of sliding bar (63) also with material toggling spring (69)
Connection, the other end of material toggling spring (69) are fixed on bottom plate (11), and briquetting (68) makes the material toggling block (61) on sliding bar (63)
Far from splitting die (4), material toggling spring (69) toggles it to material toggling block (61) above splitting die (4) bearing blank (9).
4. bearing blank Internal and external cycle automatic separating apparatus according to claim 2, which is characterized in that the splitting die (4)
For cylinder, splitting die (4) is equipped with material-dropping hole (42), and the diameter of material-dropping hole (42) is greater than the outer of bearing blank (9) inner ring (91)
Diameter；The periphery of splitting die (4) is equipped with positioning ring (41), and positioning ring (41) is located at the top of splitting die (4)；The bottom plate
(11) it is equipped with the lower die hole (13) to match with splitting die (4), the top of splitting die (4) is concordant with the top of bottom plate (11).
5. bearing blank Internal and external cycle automatic separating apparatus according to claim 2, which is characterized in that the feeding positioning plate
(51), kidney slot is equipped on feeding baffle (52), discharge positioning plate (54) and discharge baffle (53).
6. bearing blank Internal and external cycle automatic separating apparatus according to claim 3, which is characterized in that the rod for stiring materials (62)
Both ends be equipped with kidney slot, and two kidney slots are mutually perpendicular to.
7. bearing blank Internal and external cycle automatic separating apparatus according to claim 1, which is characterized in that further include filling safely
It sets, the safety device includes correlation type photoelectric sensor (71), and correlation type photoelectric sensor (71) is fixed on bottom plate (11),
And it is located at the two sides of splitting die (4).
8. bearing blank Internal and external cycle automatic separating apparatus according to claim 1, which is characterized in that the bottom plate (11)
One end is equipped with stock guide (14), and stock guide (14) is located above outer ring turnover box (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820504276.7U CN208496247U (en) | 2018-04-09 | 2018-04-09 | Bearing blank Internal and external cycle automatic separating apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820504276.7U CN208496247U (en) | 2018-04-09 | 2018-04-09 | Bearing blank Internal and external cycle automatic separating apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208496247U true CN208496247U (en) | 2019-02-15 |
Family
ID=65295385
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820504276.7U Active CN208496247U (en) | 2018-04-09 | 2018-04-09 | Bearing blank Internal and external cycle automatic separating apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208496247U (en) |
-
2018
- 2018-04-09 CN CN201820504276.7U patent/CN208496247U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201880798U (en) | Blanking, punching and shaping composite stamping die | |
| CN102862183A (en) | Semi-automatic punching machine for packaging tube | |
| CN103658388A (en) | Progressive die and method for producing automobile seat sliding way retainer | |
| CN203887047U (en) | Progressive die forming die of lower sheet of automobile suspension control arm | |
| CN208357613U (en) | A kind of same sequence realizes the mould structure of three face negative angle material folding flange | |
| CN109821978B (en) | Punching and blanking progressive die for blanking without waste | |
| CN206286398U (en) | Punch-forming mold and punch press | |
| CN105880383B (en) | A kind of mould structure and its positive whole side adjusting method for realizing the one sequence shaping of top cover tail portion | |
| CN105107931A (en) | Punching and deburring device for motorcycle hub spoke holes | |
| CN204381201U (en) | A kind of diel | |
| CN208496247U (en) | Bearing blank Internal and external cycle automatic separating apparatus | |
| CN103894495B (en) | A kind of secondary deep-drawing mould | |
| CN202061989U (en) | Single-die double-piece forming die with carrier-free support | |
| CN201676967U (en) | Special mould for processing fixed ring of refrigerator temperature controller | |
| CN105618582A (en) | Progressive die for dust cover | |
| CN110722059A (en) | Annular clamp mold processing | |
| CN202239224U (en) | Progressive die of stamping double-hole support lug | |
| CN211757895U (en) | Blanking die of automobile air outlet inner cone | |
| CN203791470U (en) | Upper and lower drawing die structure for progressive die | |
| CN203853463U (en) | Secondary drawing mold | |
| CN210045848U (en) | Punch press with multistation mould | |
| CN202805316U (en) | Packing tube semiautomatic punching machine | |
| CN205324489U (en) | Continuous mould of shield | |
| CN207735457U (en) | A kind of camera pipe mold | |
| CN102500693A (en) | Inverted blanking die |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |