CN204816443U - Synthetic clamping jaw formula equipment mechanism with automatic equipment of subassembly of superhard materials - Google Patents
Synthetic clamping jaw formula equipment mechanism with automatic equipment of subassembly of superhard materials Download PDFInfo
- Publication number
- CN204816443U CN204816443U CN201520542156.2U CN201520542156U CN204816443U CN 204816443 U CN204816443 U CN 204816443U CN 201520542156 U CN201520542156 U CN 201520542156U CN 204816443 U CN204816443 U CN 204816443U
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- CN
- China
- Prior art keywords
- fixed head
- mould slideway
- pyrophyllite
- lumps
- feeding channel
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- 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.)
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Abstract
The utility model discloses a synthetic clamping jaw formula equipment mechanism with automatic equipment of subassembly of superhard materials, it is including being used for conveying the mould slide of assembly jig, be provided with the baffle on the mould slide, the baffle separates the mould slide for first mould slide and second mould slide, one side that the mould slide is close to first mould slide is provided with mounting ring pay -off passageway and outer bushing pipe pay -off passageway, one side that the mould slide is close to second mould slide is provided with pyrophyllite piece pay -off passageway, it is provided with gripper mechanism to correspond position department with pyrophyllite piece pay -off passageway on the mould slide. The utility model discloses can realize the automatic equipment of the synthetic piece of superhard materials, improve work efficiency by a wide margin, reduce intensity of labour.
Description
Technical field
The utility model belongs to superhard material synthesis assembling components equipment technical field, particularly relates to a kind of clip type assembling mechanism of superhard material synthesis assembly automatic Composition.
Background technology
In recent years, except synthesis procedure technology development, the multiple working procedure such as purifying super-hard materials, product selecting has adopted advanced technical matters all, and parts suppression process also completes the automatic updating of equipment successively by technological transformation.But Synthetic block assembling procedure, as an important step of synthesizing superhard material, still continues to use traditional hand assembled technique.Synthetic block assembling carries the assembling task of empty block every day several ten thousand, and workpeople relies on traditional-handwork to operate assembling task, and labour intensity is very large, and the inferior position of complicated operation also obviously reveals.Article one, assembly line often needs to drop into a large amount of production operation personnel, increases production cost, the serious packaging efficiency reducing superhard material Synthetic block.
Utility model content
The utility model, in order to solve weak point of the prior art, provides a kind of clip type assembling mechanism of superhard material synthesis assembly automatic Composition, can realize superhard material Synthetic block automatic Composition, significantly increase work efficiency, and reduces labour intensity.
For solving the problems of the technologies described above, the utility model adopts following technical scheme: the clip type assembling mechanism of superhard material synthesis assembly automatic Composition, it comprises the mould slideway for transmitting assembly jig, described mould slideway is provided with dividing plate, mould slideway is divided into the first mould slideway and the second mould slideway by described dividing plate, and the discharge end of the second mould slideway and the feeding end of the first mould slideway are positioned at the same side; Described mould slideway is provided with mounting ring feeding channel and outer liner tube feeding channel near the side of the first mould slideway, described mould slideway is provided with pyrophyllite in lumps feeding channel near the side of the second mould slideway, described mounting ring feeding channel, outer liner tube feeding channel and pyrophyllite in lumps feeding channel are spaced setting along the feed direction of mould slideway successively, the discharging opening of mounting ring feeding channel and outer liner tube feeding channel all docks with described first mould slideway, and the discharging opening of pyrophyllite in lumps feeding channel is positioned at the top of the second mould slideway;
Described mould slideway is provided with clip claw mechanism with pyrophyllite in lumps feeding channel corresponding position, described clip claw mechanism comprises the first jaw fixed head, second jaw fixed head, 3rd jaw fixed head and the jaw be positioned at above the first mould slideway, first jaw fixed head is arranged on above mould slideway, and be provided with the gap passed through for assembly jig between the first jaw fixed head and mould slideway, first jaw fixed head is provided with the lifting sliding rail perpendicular to mould slideway, second jaw fixed head and the first jaw fixed head are slidably connected by described lifting sliding rail, second jaw fixed head is connected with jaw cylinder, the upper end of the 3rd jaw fixed head is fixedly connected with the second jaw fixed head, the lower end of the 3rd jaw fixed head is provided with described jaw,
The discharging opening of described pyrophyllite in lumps feeding channel is connected with Switching-through channel, and Switching-through channel is through described first jaw fixed head.
Described Switching-through channel comprises pyrophyllite in lumps supporting plate and is horizontally installed on the flexible slide rail on the first jaw fixed head, and pyrophyllite in lumps supporting plate is slidably connected by described flexible slide rail and the first jaw fixed head, and pyrophyllite in lumps supporting plate is connected with the 5th cylinder.
The feeding end of described first mould slideway is provided with the first cylinder in parallel, and the feeding end of described second mould slideway is provided with the second cylinder in parallel, and the discharge end of described second mould slideway is provided with the 3rd perpendicular cylinder.
Described mould slideway is provided with sensor with described mounting ring feeding channel, outer liner tube feeding channel, pyrophyllite in lumps feeding channel and clip claw mechanism corresponding position.
The discharge end of described first mould slideway is provided with perpendicular four-cylinder.
Described assembly jig is disposed with four assembling die cavitys, mounting ring feeding channel is rearranged by four mounting ring feeding subchannels, outer liner tube feeding channel is rearranged by four outer liner tube feeding subchannels, and pyrophyllite in lumps feeding channel is rearranged by four pyrophyllite in lumps feeding subchannels.
Described mounting ring feeding subchannel, outer liner tube feeding subchannel and pyrophyllite in lumps feeding subchannel form by conveyer belt and the baffle plate arranged on a moving belt.
Described jaw is provided with jaw movable block.
Described first jaw fixed head is provided with the location-plate corresponding with the first mould slideway, and location-plate is fixedly connected with the first jaw fixed head.
The beneficial effects of the utility model:
Adopt technique scheme, the conductive ring that mounting ring feeding channel can will assemble, complex loop, the assembly of white clouds stone ring is sent to the lay down location of mounting ring assembly jig being assembled die cavity, outer liner tube can be sent to the lay down location of outer liner tube assembly jig being assembled die cavity by outer liner tube feeding channel, the cooperation of pyrophyllite in lumps feeding channel and Switching-through channel, pyrophyllite in lumps can be delivered to the lay down location of pyrophyllite in lumps assembly jig being assembled die cavity, and under the jaw suppressing action of clip claw mechanism, by pyrophyllite block and outer liner tube and conductive ring, complex loop, white clouds stone ring has forced together assembling.
Assembly jig is at the first cylinder, slide along left-hand circular on the first mould slideway and the second mould slideway under the promotion of the second cylinder and the 3rd cylinder, conductive ring, complex loop, after white clouds stone ring assembly first enters assembly jig from mounting ring feeding channel with assembly jig along counterclockwise slide downward, with conductive ring after outer liner tube enters assembly jig from outer liner tube feeding channel, complex loop, white clouds stone ring assembly together with assembly jig along counterclockwise slide downward, pyrophyllite block after when entering below jaw also from pyrophyllite in lumps feeding channel through Switching-through channel enters jaw, now four sensors are responded to simultaneously, then jaw under the promotion of jaw cylinder downwards by pyrophyllite block and outer liner tube and conductive ring, complex loop, white clouds stone ring assembly has forced together assembling, then the Synthetic block assembled slides to next stage with mould, finally under the promotion of four-cylinder, enter streamline sabot, the utility model instead of man-made assembly, realize superhard material Synthetic block automatic Composition, significantly increase work efficiency, reduce labour intensity.
Described Switching-through channel comprises pyrophyllite in lumps supporting plate and is horizontally installed on the flexible slide rail on the first jaw fixed head, pyrophyllite in lumps supporting plate is slidably connected by described flexible slide rail and the first jaw fixed head, pyrophyllite in lumps supporting plate is connected with the 5th cylinder, the pyrophyllite in lumps of coming from pyrophyllite in lumps feeding channel moves to pyrophyllite in lumps supporting plate, then promotes to the first mould slipway location under the promotion of the 5th cylinder; First jaw fixed head is provided with the location-plate corresponding with the first mould slideway, and location-plate can realize the location of the pyrophyllite in lumps to Switching-through channel conveying, makes it rest on directly over the first mould slideway; Described mounting ring feeding subchannel, outer liner tube feeding subchannel and pyrophyllite in lumps feeding subchannel form by conveyer belt and the baffle plate arranged on a moving belt, to ensure that synthesizing each assembly can precisely enter in the assembling die cavity of assembly jig; Jaw is provided with jaw movable block, is convenient to the relative positioning regulating jaw and pyrophyllite block; Described assembly jig is disposed with four assembling die cavitys, mounting ring feeding channel is rearranged by four mounting ring feeding subchannels, outer liner tube feeding channel is rearranged by four outer liner tube feeding subchannels, pyrophyllite in lumps feeding channel is rearranged by road, four pyrophyllite in lumps feeding subchannels, this structural design once can complete the assembling of four Synthetic block, substantially increases operating efficiency.
Accompanying drawing explanation
Fig. 1 is structural perspective of the present utility model;
Fig. 2 is structural front view of the present utility model;
Fig. 3 is structure left view of the present utility model;
Fig. 4 is structure top view of the present utility model.
Detailed description of the invention
As shown in Figures 1 to 4, the clip type assembling mechanism of superhard material synthesis assembly automatic Composition of the present utility model, it comprises the mould slideway 1 for transmitting assembly jig 20, described mould slideway 1 is provided with dividing plate 19, mould slideway 1 is divided into the first mould slideway 1-1 and the second mould slideway 1-2 by described dividing plate 19, and the discharge end of the second mould slideway 1-2 and the feeding end of the first mould slideway 1-1 are positioned at the same side, described mould slideway 1 is provided with mounting ring feeding channel 2 and outer liner tube feeding channel 3 near the side of the first mould slideway 1-1, described mould slideway 1 is provided with pyrophyllite in lumps feeding channel 4 near the side of the second mould slideway 1-2, described mounting ring feeding channel 2, outer liner tube feeding channel 3 and pyrophyllite in lumps feeding channel 4 are spaced setting along the feed direction of mould slideway 1 successively, the discharging opening of mounting ring feeding channel 2 and outer liner tube feeding channel 3 all docks with described first mould slideway 1-1, the discharging opening of pyrophyllite in lumps feeding channel 4 is positioned at the top of the second mould slideway 1-2.
Described mould slideway 1 is provided with clip claw mechanism with pyrophyllite in lumps feeding channel 4 corresponding position, described clip claw mechanism comprises the first jaw fixed head 8, second jaw fixed head 9, 3rd jaw fixed head 10 and the jaw 11 be positioned at above the first mould slideway, first jaw fixed head 8 to be arranged on above mould slideway 1, and be provided with the gap passed through for assembly jig 20 between the first jaw fixed head 8 and mould slideway 1, first jaw fixed head 8 is provided with the lifting sliding rail 18 perpendicular to mould slideway 1, second jaw fixed head 9 and the first jaw fixed head 8 are slidably connected by described lifting sliding rail 18, second jaw fixed head 9 is connected with jaw cylinder 12, the upper end of the 3rd jaw fixed head 10 is fixedly connected with the second jaw fixed head 9, the lower end of the 3rd jaw fixed head 10 is provided with described jaw 11, jaw 11 is provided with jaw movable block 13, jaw movable block 13 is for regulating the relative positioning of jaw 11 and pyrophyllite block 7.
The discharging opening of described pyrophyllite in lumps feeding channel 4 is connected with Switching-through channel 22, Switching-through channel 22 is through described first jaw fixed head 8, the flexible slide rail 25 that described Switching-through channel 22 comprises pyrophyllite in lumps supporting plate 24 and is horizontally installed on the first jaw fixed head 8, pyrophyllite in lumps supporting plate 24 is slidably connected by described flexible slide rail 25 and the first jaw fixed head 8, and pyrophyllite in lumps supporting plate 24 is connected with the 5th cylinder 26.First jaw fixed head 8 is provided with the location-plate 23 corresponding with the first mould slideway 1-1, location-plate 23 is fixedly connected with the first jaw fixed head 8.The pyrophyllite in lumps 7 of coming from pyrophyllite in lumps feeding channel 4 moves to pyrophyllite in lumps supporting plate 24, then promote to the first mould slideway 1-1 position under the promotion of the 5th cylinder 26, under location-plate 23 acts on, location, makes it rest on directly over the first mould slideway 1-1.
Described mould slideway 1 is provided with sensor with described mounting ring feeding channel 2, outer liner tube feeding channel 3, pyrophyllite in lumps feeding channel 4 and clip claw mechanism corresponding position; The feeding end of the first mould slideway 1-1 is provided with the first cylinder 14 in parallel, the feeding end of the second mould slideway 1-2 is provided with the second cylinder 15 in parallel, the discharge end that the discharge end of the second mould slideway 1-2 is provided with the 3rd perpendicular cylinder 16, first mould slideway 1-1 is provided with perpendicular four-cylinder 17.
Described assembly jig 20 is disposed with four assembling die cavitys 21, mounting ring feeding channel 2 is made up of conveyer belt and the baffle plate arranged on a moving belt, and conveyer belt is separated into four mounting ring feeding subchannels by baffle plate; Outer liner tube feeding channel 3 is made up of conveyer belt and the baffle plate arranged on a moving belt, and conveyer belt is separated into four outer liner tube feeding subchannels by baffle plate; Pyrophyllite in lumps feeding channel 4 is made up of conveyer belt and the baffle plate arranged on a moving belt, and conveyer belt is separated into road, four pyrophyllite in lumps feeding subchannels by baffle plate, and this structural design once can complete the assembling of four Synthetic block, substantially increases operating efficiency.
During the utility model specific works, assembly jig is at the first cylinder 14, slide along left-hand circular on the first mould slideway 1-1 and the second mould slideway 1-2 under the promotion of the second cylinder 15 and the 3rd cylinder 16, conductive ring, complex loop, along counterclockwise slide downward after white clouds stone ring assembly 5 first enters the assembling die cavity 21 of assembly jig 20 from mounting ring feeding channel 2, after the assembling die cavity 21 that outer liner tube 6 enters assembly jig 20 from outer liner tube feeding channel 3 and conductive ring, complex loop, white clouds stone ring assembly 5 together with assembly jig 20 along counterclockwise slide downward, pyrophyllite block 7 after when entering below jaw 11 also from pyrophyllite in lumps feeding channel 4 through Switching-through channel 22 enters jaw 11, now four sensors are responded to simultaneously, then jaw 11 is downward by pyrophyllite block 7 and outer liner tube 6 and conductive ring under the promotion of jaw cylinder 12, complex loop, white clouds stone ring assembly 5 has forced together assembling, then the Synthetic block assembled slides to next stage with assembly jig 20, finally under the promotion of four-cylinder 17, enter streamline sabot, the utility model instead of man-made assembly, realize superhard material Synthetic block automatic Composition, significantly increase work efficiency, reduce labour intensity.
Above embodiment is the unrestricted the technical solution of the utility model in order to explanation only, although be described in detail the utility model with reference to above-described embodiment, those of ordinary skill in the art is to be understood that: still can modify to the utility model or equivalent replacement, and not departing from any modification or partial replacement of spirit and scope of the present utility model, it all should be encompassed in the middle of right of the present utility model.
Claims (9)
1. the superhard material synthesis clip type assembling mechanism of assembly automatic Composition, it is characterized in that: it comprises the mould slideway for transmitting assembly jig, described mould slideway is provided with dividing plate, mould slideway is divided into the first mould slideway and the second mould slideway by described dividing plate, and the discharge end of the second mould slideway and the feeding end of the first mould slideway are positioned at the same side; Described mould slideway is provided with mounting ring feeding channel and outer liner tube feeding channel near the side of the first mould slideway, described mould slideway is provided with pyrophyllite in lumps feeding channel near the side of the second mould slideway, described mounting ring feeding channel, outer liner tube feeding channel and pyrophyllite in lumps feeding channel are spaced setting along the feed direction of mould slideway successively, the discharging opening of mounting ring feeding channel and outer liner tube feeding channel all docks with described first mould slideway, and the discharging opening of pyrophyllite in lumps feeding channel is positioned at the top of the second mould slideway;
Described mould slideway is provided with clip claw mechanism with pyrophyllite in lumps feeding channel corresponding position, described clip claw mechanism comprises the first jaw fixed head, second jaw fixed head, 3rd jaw fixed head and the jaw be positioned at above the first mould slideway, first jaw fixed head is arranged on above mould slideway, and be provided with the gap passed through for assembly jig between the first jaw fixed head and mould slideway, first jaw fixed head is provided with the lifting sliding rail perpendicular to mould slideway, second jaw fixed head and the first jaw fixed head are slidably connected by described lifting sliding rail, second jaw fixed head is connected with jaw cylinder, the upper end of the 3rd jaw fixed head is fixedly connected with the second jaw fixed head, the lower end of the 3rd jaw fixed head is provided with described jaw,
The discharging opening of described pyrophyllite in lumps feeding channel is connected with Switching-through channel, and Switching-through channel is through described first jaw fixed head.
2. the clip type assembling mechanism of superhard material synthesis assembly automatic Composition according to claim 1, it is characterized in that: described Switching-through channel comprises pyrophyllite in lumps supporting plate and is horizontally installed on the flexible slide rail on the first jaw fixed head, pyrophyllite in lumps supporting plate is slidably connected by described flexible slide rail and the first jaw fixed head, and pyrophyllite in lumps supporting plate is connected with the 5th cylinder.
3. the clip type assembling mechanism of superhard material synthesis assembly automatic Composition according to claim 1 and 2, it is characterized in that: the feeding end of described first mould slideway is provided with the first cylinder in parallel, the feeding end of described second mould slideway is provided with the second cylinder in parallel, and the discharge end of described second mould slideway is provided with the 3rd perpendicular cylinder.
4. the clip type assembling mechanism of superhard material synthesis assembly automatic Composition according to claim 3, is characterized in that: described mould slideway is provided with sensor with described mounting ring feeding channel, outer liner tube feeding channel, pyrophyllite in lumps feeding channel and clip claw mechanism corresponding position.
5. the clip type assembling mechanism of superhard material synthesis assembly automatic Composition according to claim 3, is characterized in that: the discharge end of described first mould slideway is provided with perpendicular four-cylinder.
6. the clip type assembling mechanism of superhard material synthesis assembly automatic Composition according to claim 4, it is characterized in that: described assembly jig is disposed with four assembling die cavitys, mounting ring feeding channel is rearranged by four mounting ring feeding subchannels, outer liner tube feeding channel is rearranged by four outer liner tube feeding subchannels, and pyrophyllite in lumps feeding channel is rearranged by four pyrophyllite in lumps feeding subchannels.
7. the clip type assembling mechanism of superhard material synthesis assembly automatic Composition according to claim 5, is characterized in that: described mounting ring feeding subchannel, outer liner tube feeding subchannel and pyrophyllite in lumps feeding subchannel form by conveyer belt and the baffle plate arranged on a moving belt.
8. the clip type assembling mechanism of superhard material synthesis assembly automatic Composition according to claim 1 and 2, is characterized in that: described jaw is provided with jaw movable block.
9. the clip type assembling mechanism of superhard material synthesis assembly automatic Composition according to claim 1 and 2, it is characterized in that: described first jaw fixed head is provided with the location-plate corresponding with the first mould slideway, and location-plate is fixedly connected with the first jaw fixed head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520542156.2U CN204816443U (en) | 2015-07-24 | 2015-07-24 | Synthetic clamping jaw formula equipment mechanism with automatic equipment of subassembly of superhard materials |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520542156.2U CN204816443U (en) | 2015-07-24 | 2015-07-24 | Synthetic clamping jaw formula equipment mechanism with automatic equipment of subassembly of superhard materials |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204816443U true CN204816443U (en) | 2015-12-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520542156.2U Withdrawn - After Issue CN204816443U (en) | 2015-07-24 | 2015-07-24 | Synthetic clamping jaw formula equipment mechanism with automatic equipment of subassembly of superhard materials |
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|---|---|
| CN (1) | CN204816443U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105056836A (en) * | 2015-07-24 | 2015-11-18 | 中南钻石有限公司 | Clamping jaw type assembling mechanism for automatically assembling components for superhard material synthesis |
-
2015
- 2015-07-24 CN CN201520542156.2U patent/CN204816443U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105056836A (en) * | 2015-07-24 | 2015-11-18 | 中南钻石有限公司 | Clamping jaw type assembling mechanism for automatically assembling components for superhard material synthesis |
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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 | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151202 Effective date of abandoning: 20171114 |