CN205820288U - Swell fixture blank selects automatically to formula transfer mechanism - Google Patents
Swell fixture blank selects automatically to formula transfer mechanism Download PDFInfo
- Publication number
- CN205820288U CN205820288U CN201620525986.9U CN201620525986U CN205820288U CN 205820288 U CN205820288 U CN 205820288U CN 201620525986 U CN201620525986 U CN 201620525986U CN 205820288 U CN205820288 U CN 205820288U
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- Prior art keywords
- swell fixture
- fixture blank
- blank
- transfer passage
- conveying axis
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Abstract
This utility model belongs to swell fixture processing technique field, especially relates to a kind of swell fixture blank and automatically selects to formula transfer mechanism.It is parallel to each other including two and the conveying axis of horizontally set, transfer passage is formed between two conveying axis, one end of transfer passage is connected with the discharge end of vibrating tray, the other end extends laterally outward, the width of transfer passage is less than being arranged on swell fixture blank near the bulge loop external diameter of upper end and the center of gravity of swell fixture blank between bulge loop and swell fixture blank lower end, the width of transfer passage is more than the external diameter of swell fixture blank remainder, when the swell fixture blank of vibrating tray discharge end output enters transfer passage, the most each swell fixture blank is automatically regulated to be vertical state, and the lower end of each swell fixture blank is positioned at below transfer passage.Compared with prior art, this swell fixture blank selects the advantage to formula transfer mechanism to be automatically: 1, reasonable in design, and automaticity is high, can save labour force.
Description
Technical field
This utility model belongs to swell fixture processing technique field, relates to a kind of conveyer device, especially relates to a kind of swollen
Swollen screw blank selects automatically to formula transfer mechanism.
Background technology
Swell fixture generally be metallic expansive screw, setscrew fixing is to utilize wedge shape gradient to promote to expand
Produce friction bond stress, reach fixed effect.One, screw is screw thread, and one tapered.Outer bread one iron sheet (has plenty of steel
Pipe), iron sheet cylinder (steel pipe) half has some otch, and they are filled in the hole accomplished fluently on wall together, then split nut, nut
Screw being pulled outward, tapering is drawn in iron sheet cylinder, iron sheet cylinder, by spreading, is then tightly secured on wall, is generally used for preventing
The fastening on the material such as cement, brick such as guardrail, canopy, air-conditioning.But its is fixing the most reliable, if load has bigger
Vibrations, it may occur however that get loose, the most do not recommend for installing ceiling fan etc..Existing swell fixture blank, is adding man-hour requirement people
Work blowing, artificial blanking is not only lost time, and has more had a strong impact on working (machining) efficiency, and the conveying of existing swell fixture blank sets
The standby swell fixture that cannot carry different size, also regulates more difficulty even if having.
Such as, Chinese patent literature discloses a kind of swell fixture [application number: 201420112903.4], including expanding
Pipe, screw rod and nut, in described screw rod activity is through expansion tube and described screw rod two exposes to expansion tube, the head of described screw rod
Portion is provided with external screw thread, and the afterbody of described screw rod is the caudal end that round table-like setting and described round table-like large end face are arranged at screw rod,
Described nut is screwed on the external screw thread of rod head, the outer surface of described screw rod tail is provided with some hemispherical elasticity convex
Block, described hemispherical elastic projection is arranged on round table-like small end face,
If above-mentioned swell fixture uses artificial blowing to carry adding man-hour, it will have a strong impact on working (machining) efficiency.
Summary of the invention
The purpose of this utility model is for the problems referred to above, it is provided that a kind of reasonable in design, automaticity is high, can save labor
The swell fixture blank of power selects automatically to formula transfer mechanism.
For reaching above-mentioned purpose, this utility model have employed following technical proposal: this swell fixture blank selects automatically to formula
Transfer mechanism, is arranged on the discharge end of vibrating tray, it is characterised in that this transfer mechanism includes that two are parallel to each other and laterally set
The conveying axis put, forms transfer passage, one end of described transfer passage and the discharging of vibrating tray between two conveying axis
End is connected, and the other end extends laterally outward, and the width of described transfer passage is less than being arranged on swell fixture blank near upper end
Bulge loop external diameter and the center of gravity of swell fixture blank between bulge loop and swell fixture blank lower end, described transfer passage
Width is more than the external diameter of swell fixture blank remainder, when the swell fixture blank of vibrating tray discharge end output enters conveying
During passage, the most each swell fixture blank is automatically regulated to be vertical state, and the lower end of each swell fixture blank is positioned at
Below transfer passage.
Automatically selecting in formula transfer mechanism at above-mentioned swell fixture blank, described transfer passage is away from vibrating tray
One end of discharge end is provided with the material-removing structure that swell fixture blank can be made to depart from transfer passage one by one.
Automatically selecting in formula transfer mechanism at above-mentioned swell fixture blank, described material-removing structure includes being arranged on arbitrarily
Side channel on a piece conveying axis, the width of described transfer passage is more than described bulge loop external diameter with the degree of depth sum of side channel, described
Side channel width more than bulge loop external diameter and less than the twice of bulge loop external diameter.
As preferably, the degree of depth sum of the width of described transfer passage and two side channels is more than described bulge loop external diameter,
Described side channel width is more than bulge loop external diameter and the twice less than bulge loop external diameter.
Automatically selecting in formula transfer mechanism at above-mentioned swell fixture blank, described conveying axis is the most cylindrical, described
Side channel be cannelure.
Automatically select in formula transfer mechanism at above-mentioned swell fixture blank, the discharging of described conveying axis self-excited oscillation charging tray
Hold outward-dipping down-set so that the discharge end of height self-excited oscillation charging tray of transfer passage is outwards gradually lowered.
Automatically selecting in formula transfer mechanism at above-mentioned swell fixture blank, bindiny mechanism is passed through in one end of two conveying axis
Being connected to the discharge end of vibrating tray, the other end is arranged on link, and at least conveying axis is fixed with along conveying axis
Axially extended baffle plate.
Automatically select in formula transfer mechanism at above-mentioned swell fixture blank, be provided with between two conveying axis between can adjusting
Away from thus adjust the width adjustment structure of transfer passage width, be provided with between described link and conveying axis and can adjust conveying axis
Height adjustable structure away from discharge end one end height of vibrating tray.
Automatically selecting in formula transfer mechanism at above-mentioned swell fixture blank, being arranged right below of described material-removing structure ought
Swell fixture blank can be delivered to the feed mechanism of processing stations by swell fixture blank one by one after departing from transfer passage.
Automatically selecting in formula transfer mechanism at above-mentioned swell fixture blank, it is de-that described feed mechanism includes that opening is positioned at
Splicing cylinder immediately below material structure, connects in the lower end of splicing cylinder and has the logical material rigid pipe being vertically arranged, at logical material rigid pipe
Lower end connects logical material flexible pipe, and described logical material rigid pipe is connected and at both by demountable structure between logical material flexible pipe
Between be provided with enumerator, have in cone shape guide wall in described splicing cylinder.
Compared with prior art, this swell fixture blank selects the advantage to formula transfer mechanism to be automatically: 1, design is closed
Reason, automaticity is high, can save labour force.2, different size can be processed, reduce equipment purchasing cost.3, regulation is fast
Speed, and degree of accuracy is high, reduces the time that regulation needs, accelerates enterprises production efficiency.4, compact conformation, small and exquisite, and
Can be suitably used for different vibrating trays.5, conveying is steadily, and efficiency is high.
Accompanying drawing explanation
Fig. 1 is the structural representation that this utility model provides.
Fig. 2 is the plan structure schematic diagram that this utility model provides.
Fig. 3 is the structural representation of embodiment 2.
In figure, vibrating tray 1, conveying axis 2, baffle plate 21, transfer passage 3, swell fixture blank 4, bulge loop 41, material-removing structure
5, side channel 51, bindiny mechanism 6, link 7, feed mechanism 8, splicing cylinder 81, logical material rigid pipe 82, logical material flexible pipe 83, enumerator
84, side pipe 821, processing stations 1a, discharge nozzle the 85, first screw 8a, sleeve 8b, the second screw 8c, the 3rd screw 8d, drag-over unit
Structure 9, bracing frame 10.
Detailed description of the invention
Embodiment 1:
As shown in Figure 1, 2, this swell fixture blank selects automatically to formula transfer mechanism, is arranged on the discharge end of vibrating tray 1,
This transfer mechanism 9 includes that two are parallel to each other and the conveying axis 2 of horizontally set, forms transfer passage between two conveying axis 2
3, one end of transfer passage 3 is connected with the discharge end of vibrating tray 1, and the other end extends laterally outward, and the width of transfer passage 3 is little
It is positioned at bulge loop 41 with swollen near bulge loop 41 external diameter of upper end and the center of gravity of swell fixture blank 4 in being arranged on swell fixture blank 4
Between swollen screw blank 4 lower end, the width of transfer passage 3, more than the external diameter of swell fixture blank 4 remainder, works as vibrating tray
When the swell fixture blank 4 of 1 discharge end output enters transfer passage 3, the most each swell fixture blank 4 adjusts automatically
For vertical state, and the lower end of each swell fixture blank 4 is positioned at below transfer passage 3, and transfer passage 3 is away from vibrating tray 1
One end of discharge end is provided with the material-removing structure 5 that swell fixture blank 4 can be made to depart from transfer passage 3 one by one.
In particular, material-removing structure 5 includes the side channel 51 being arranged on any one conveying axis 2, the width of transfer passage 3
Degree is more than described bulge loop 41 external diameter with the degree of depth sum of side channel 51, and side channel 51 width is more than bulge loop 41 external diameter and less than outside bulge loop 41
The twice in footpath, conveying axis 2 is the most cylindrical, and side channel 51 is cannelure.
The discharge end of conveying axis 2 self-excited oscillation charging tray 1 is outward-dipping down-set so that the height self-excited oscillation of transfer passage 3
The discharge end of charging tray 1 is outwards gradually lowered, and one end of two conveying axis 2 is connected to the discharging of vibrating tray 1 by bindiny mechanism 6
End, the other end is arranged on link 7, and at least conveying axis 2 is fixed with along the axially extended baffle plate of conveying axis 2 21.
Be provided with the width adjustment structure that can adjust spacing thus adjust transfer passage 3 width between two conveying axis 2, link 7 with
The height adjustable structure that can adjust conveying axis 2 away from discharge end one end height of vibrating tray 1, splicing it is provided with between conveying axis 2
Cylinder 81 is fixed on bracing frame 10, is provided with, between two conveying axis 2, the width that can adjust spacing thus adjust transfer passage 3 width
Degree adjusts structure, is provided with the discharge end one end height that can adjust conveying axis 2 away from vibrating tray 1 between bracing frame 10 and conveying axis 2
The height adjustable structure of degree.
Being arranged right below after swell fixture blank 4 departs from transfer passage 3 of material-removing structure 5 can be by swell fixture blank 4
Being delivered to the feed mechanism 8 of processing stations one by one, feed mechanism 8 includes being vertically arranged and opening (uncovered) is positioned at material-removing structure 5
The splicing cylinder 81 of underface, connects in the lower end of splicing cylinder 81 and has the logical material rigid pipe 82 being vertically arranged, at logical material rigid pipe 82
Lower end connect and have logical material flexible pipe 83, the lower end of logical material flexible pipe 83 extends to processing stations 1a, logical material rigid pipe 82 with logical expect soft
It is connected by demountable structure between pipe 83 and is provided with enumerator 84 between, having in splicing cylinder 81 and lead in cone shape
Material wall；Logical material flexible pipe 83 be helical Bourdon tube or corrugated tube, the discharge end bore of splicing cylinder 81, logical material rigid pipe 82 internal diameter and lead to
Material flexible pipe 83 internal diameter is respectively greater than swell fixture blank 4 maximum outside diameter and the twice less than swell fixture blank 4 maximum outside diameter；Connect
It is connected by demountable structure between barrel 81 with logical material rigid pipe 82；Logical material flexible pipe 83 lower end is connected by demountable structure to be had
Discharge nozzle 85.
Logical material rigid pipe 82 upper end is inserted in splicing cylinder 81 lower end and is connected by the first screw 8a between the two；Logical material rigidity
It is provided with sleeve 8b, sleeve 8b upper end between pipe 82 and logical material flexible pipe 83 to be socketed with logical material rigid pipe 82, lower end and logical material flexible pipe 83
Socket, sleeve 8b is provided with at least one second screw 8c that can three be fixed together；Discharge nozzle 85 upper end is soft with logical material
Pipe 83 lower end is socketed and is connected by the 3rd screw 8d between the two；The sidepiece of logical material rigid pipe 82 is provided with side pipe 821, side pipe
Enumerator 84 it is plugged with in 821；Splicing cylinder 81 is positioned at immediately below the material-removing structure 5 of transfer mechanism 9, and transfer mechanism 9 includes two
Be parallel to each other and the conveying axis 2 of horizontally set, between two conveying axis 2 formed transfer passage 3, one end of transfer passage 3 with
The discharge end of vibrating tray 1 is connected, and the other end extends laterally outward, and the width of transfer passage 3 is less than being arranged on swell fixture base
Material 4 near bulge loop 41 external diameter of upper end and the center of gravity of swell fixture blank 4 be positioned at bulge loop 41 and swell fixture blank 4 lower end it
Between, the width of transfer passage 3 is more than the external diameter of swell fixture blank 4 remainder, when the expansion of vibrating tray 1 discharge end output
Screw blank 4 when entering transfer passage 3 the most each swell fixture blank 4 be automatically regulated to be vertical state and respectively expand
The lower end of screw blank 4 is positioned at below transfer passage 3, and material-removing structure 5 is arranged on the transfer passage 3 discharging away from vibrating tray 1
One end of end, including arranging on two conveying axis 2 and two opposite side channels 51, the width of transfer passage 3 and two side channels
The degree of depth sum of 51 is more than described bulge loop 41 external diameter, and side channel 51 width is more than bulge loop 41 external diameter and less than the two of bulge loop 41 external diameter
Times.
Embodiment 2:
As it is shown on figure 3, in the present embodiment, material-removing structure 5 includes arranging on two conveying axis 2 and two opposite side channels
51, the degree of depth sum of the width of transfer passage 3 and two side channels 51 is more than described bulge loop 41 external diameter, and side channel 51 width is more than bulge loop
41 external diameters and the twice less than bulge loop 41 external diameter.Remaining is all similar with embodiment 1, does not repeats.
Specific embodiment described herein is only to this utility model spirit explanation for example.This utility model institute
Belong to those skilled in the art described specific embodiment to make various amendment or supplement or use similar
Mode substitute, but without departing from spirit of the present utility model or surmount scope defined in appended claims.
Although the most more employ vibrating tray 1, conveying axis 2, baffle plate 21, transfer passage 3, swell fixture blank 4,
Bulge loop 41, material-removing structure 5, side channel 51, bindiny mechanism 6, link 7, feed mechanism 8, splicing cylinder 81, logical material rigid pipe 82, logical
Material flexible pipe 83, enumerator 84, side pipe 821, processing stations 1a, discharge nozzle the 85, first screw 8a, sleeve 8b, the second screw 8c, the
The terms such as three screw 8d, transfer mechanism 9, bracing frame 10, but it is not precluded from using the probability of other term.Use these terms
It is only used to describe and explain essence of the present utility model more easily, is construed as any additional restriction all
It is contrary with this utility model spirit.
Claims (10)
1. swell fixture blank selects automatically to a formula transfer mechanism, is arranged on the discharge end of vibrating tray (1), and its feature exists
In, this transfer mechanism includes that two are parallel to each other and the conveying axis (2) of horizontally set, are formed defeated between two conveying axis (2)
Sending passage (3), one end of described transfer passage (3) to be connected with the discharge end of vibrating tray (1), the other end laterally outward prolongs
Stretching, the width of described transfer passage (3) is less than being arranged on swell fixture blank (4) near bulge loop (41) external diameter of upper end and swollen
The center of gravity of swollen screw blank (4) is positioned between bulge loop (41) and swell fixture blank (4) lower end, described transfer passage (3)
Width is more than the external diameter of swell fixture blank (4) remainder, when the swell fixture blank of vibrating tray (1) discharge end output
(4) when entering transfer passage (3), the most each swell fixture blank (4) is automatically regulated to be vertical state, and respectively expands
The lower end of screw blank (4) is positioned at transfer passage (3) lower section.
Swell fixture blank the most according to claim 1 selects to formula transfer mechanism automatically, it is characterised in that described conveying
Passage (3) is provided with away from one end of the discharge end of vibrating tray (1) and swell fixture blank (4) can be made to depart from transfer passage one by one
(3) material-removing structure (5).
Swell fixture blank the most according to claim 2 selects to formula transfer mechanism automatically, it is characterised in that described de-material
Structure (5) includes the side channel (51) being arranged on any one conveying axis (2), the width of described transfer passage (3) and side channel
(51) degree of depth sum is more than described bulge loop (41) external diameter, and described side channel (51) width is more than bulge loop (41) external diameter and less than convex
The twice of ring (41) external diameter.
Swell fixture blank the most according to claim 2 selects to formula transfer mechanism automatically, it is characterised in that described de-material
Structure (5) includes arranging two side channels (51) that two conveying axis (2) are upper and opposite, the width of described transfer passage (3)
It is more than bulge loop (41) outward more than described bulge loop (41) external diameter, described side channel (51) width with the degree of depth sum of two side channels (51)
Footpath and the twice less than bulge loop (41) external diameter.
5. automatically select to formula transfer mechanism according to the swell fixture blank described in claim 3 or 4, it is characterised in that described
Conveying axis (2) is the most cylindrical, and described side channel (51) is cannelure.
6. automatically select to formula transfer mechanism according to the swell fixture blank described in claim 1 or 2 or 3 or 4, it is characterised in that
The discharge end of described conveying axis (2) self-excited oscillation charging tray (1) outward-dipping down-set so that transfer passage (3) height from
The discharge end of vibrating tray (1) is outwards gradually lowered.
7. automatically select to formula transfer mechanism according to the swell fixture blank described in claim 1 or 2 or 3 or 4, it is characterised in that
One end of two conveying axis (2) is connected to the discharge end of vibrating tray (1) by bindiny mechanism (6), and the other end is arranged on connection
On frame (7), at least conveying axis (2) is fixed with along conveying axis (2) axially extended baffle plate (21).
Swell fixture blank the most according to claim 7 selects to formula transfer mechanism automatically, it is characterised in that two conveying axis
(2) the width adjustment structure that can adjust spacing thus adjust transfer passage (3) width, described link (7) it are provided with between
And it is provided with the height adjustment knot that can adjust conveying axis (2) away from discharge end one end height of vibrating tray (1) between conveying axis (2)
Structure.
9. automatically select to formula transfer mechanism according to the swell fixture blank described in Claims 2 or 3 or 4, it is characterised in that described
Material-removing structure (5) be arranged right below can be by swell fixture blank after swell fixture blank (4) departs from transfer passage (3)
(4) feed mechanism (8) of processing stations it is delivered to one by one.
Swell fixture blank the most according to claim 9 selects to formula transfer mechanism automatically, it is characterised in that described is upper
Material mechanism (8) includes that opening is positioned at the splicing cylinder (81) immediately below material-removing structure (5), and in the lower end of splicing cylinder (81), connection has perpendicular
The straight logical material rigid pipe (82) arranged, connects in the lower end of logical material rigid pipe (82) and has logical material flexible pipe (83), and described logical material is firm
Property pipe (82) and logical material flexible pipe (83) between be connected by demountable structure and be provided with enumerator (84) between, described
Have in cone shape guide wall in splicing cylinder (81).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620525986.9U CN205820288U (en) | 2016-06-01 | 2016-06-01 | Swell fixture blank selects automatically to formula transfer mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620525986.9U CN205820288U (en) | 2016-06-01 | 2016-06-01 | Swell fixture blank selects automatically to formula transfer mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205820288U true CN205820288U (en) | 2016-12-21 |
Family
ID=57568040
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620525986.9U Expired - Fee Related CN205820288U (en) | 2016-06-01 | 2016-06-01 | Swell fixture blank selects automatically to formula transfer mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205820288U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105947610A (en) * | 2016-06-01 | 2016-09-21 | 浙江科佳机械有限公司 | Automatic direction selecting transfer mechanism of expansion screw blank |
-
2016
- 2016-06-01 CN CN201620525986.9U patent/CN205820288U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105947610A (en) * | 2016-06-01 | 2016-09-21 | 浙江科佳机械有限公司 | Automatic direction selecting transfer mechanism of expansion screw blank |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161221 Termination date: 20170601 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |