CN103951422B - The automatic cover die machine of a kind of vitrified pipe - Google Patents
The automatic cover die machine of a kind of vitrified pipe Download PDFInfo
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- CN103951422B CN103951422B CN201410124498.2A CN201410124498A CN103951422B CN 103951422 B CN103951422 B CN 103951422B CN 201410124498 A CN201410124498 A CN 201410124498A CN 103951422 B CN103951422 B CN 103951422B
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Abstract
The automatic cover die machine of a kind of vitrified pipe, comprise frame, described erecting is equipped with feed mechanism, the parting mechanism be connected with described feed mechanism, the powder filling mechanism be connected with described parting mechanism, and is arranged at the disposable box of most terminal.The overall operation of the present invention is completed automatically by equipment, and process speed is fast, and efficiency is high; Powder filling accuracy of measurement is high, avoids because of the waste of excessive generation and affects product quality less because measuring.
Description
Technical field
The present invention relates to the automatic cover die machine of a kind of vitrified pipe, belong to Communication Equipment precision sizing field.
Background technology
The vitrified pipe that the present invention relates to is generally used for the junctor of communication cable or optical fiber, the effect of the joints of optical fibre is that two of some sections of light end faces are critically docked, the luminous energy that launching fiber is exported is coupled to greatest extent and receives in optical fiber, and the kind of the current joints of optical fibre is a lot, can be divided into FC by mode of connection, SC, ST, MU, LC etc.; Zirconia ceramics material can be divided into, SUS material, glass material, plastic material, metallic substance etc. by shell material.Along with the forefront technology such as preparation, sinter molding, superhard material precision sizing, material properties test of domestic nano zirconia ceramic material and the breakthrough of technique and maturation, the mechanical component processing industry basis relying on China excellent, China is transferred to gradually in zirconia ceramics pipe production base, China by needed for the production whole world more than 70% the joints of optical fibre and parts.
The production method of zirconia ceramics pipe substantially all adopts ceramics powder to put into shaping mould sintering and makes, because its production cost limit, at present substantially all by the artificial cover die of direct labor, and carry out powder filling in mould, therefore ubiquity powder filling accuracy of measurement is not high, the problem that product differentiation is larger, and due to the small volume of vitrified pipe own, therefore the powder filling efficiency of operator is not high yet.
Summary of the invention
The present invention, for solving prior art problem, provides a kind of powder filling accuracy of measurement high and has the mould powder-filling machine fro of enough efficiency.
Technical scheme of the present invention is: the automatic cover die machine of a kind of vitrified pipe, comprise frame, described erecting is equipped with feed mechanism, the parting mechanism be connected with described feed mechanism, the powder filling mechanism be connected with described parting mechanism, and the disposable box being arranged at most terminal; Described feed mechanism comprises four feeding barrels, is respectively end hatting bucket, king-rod charging basket, stage casing charging basket and top hatting bucket; Described parting mechanism comprise be directly connected in hatting bucket of the described end after and there is the end cap seat of some material levels, be directly connected in and turn charging tray after described king-rod charging basket and stage casing charging basket, and run on cap seat of the described end and the described elementary arm for taking material turned between charging tray; Described powder filling mechanism comprises and has some material level powder filling seats, is arranged at the powder box directly over described powder filling seat, and is arranged at the shake powder device of described powder filling seat lower end; Be provided with after the hatting bucket of described top and there is some material level tops cap seat, between the outlet of described top hatting bucket and described top cap seat, be provided with secondary arm for taking material; Cap seat of the described end, described powder filling seat, between described top cap seat and described disposable box run have main arm for taking material; The material level quantity of cap seat of the described end, described powder filling seat and described top cap seat is all equal.
As preferably, the described carrier turning charging tray is distributed with some groups of material holes along this carrier circumferential direction, described material hole comprises and is arranged at described carrier outer ring and the king-rod material hole be connected with described king-rod charging basket and be arranged at described carrier inner ring and the material hole, stage casing be connected with described stage casing charging basket, often organize described king-rod material hole and material hole, described stage casing along described carrier radial distribution, and the quantity of the group in described material hole is identical with described material level quantity.
As preferably, bottom described elementary arm for taking material, be provided with two elementary handgrips, and two elementary handgrips are along described carrier radial distribution.
As preferably, bottom described elementary handgrip, be provided with rotatable elementary clamping bar.
As preferably, above described carrier, be provided with the infrared detector pointing to described material hole.
As preferably, bottom described secondary arm for taking material, secondary handgrip is set, bottom described secondary handgrip, is provided with rotatable secondary clamping bar.
As preferably, be connected by the tube cell be made up of transparent material between described powder filling seat and described powder box.
As preferably, described powder filling seat is outside equipped with powder cover; Hollow in described shake powder device, is provided with collection powder box, and described shake powder device upper surface is provided with the filter powder net matched with described collection powder box.
As preferably, described feed mechanism is barrel-shaped vibration feeder.
As preferably, described feed mechanism is barrel-shaped vibration feeder; The described carrier turning charging tray is distributed with some groups of material holes along this carrier circumferential direction, described material hole comprises and is arranged at described carrier outer ring and the king-rod material hole be connected with described king-rod charging basket and be arranged at described carrier inner ring and the material hole, stage casing be connected with described stage casing charging basket, often organize described king-rod material hole and material hole, described stage casing along described carrier radial distribution, and the quantity of the group in described material hole is identical with described material level quantity; Be provided with two elementary handgrips bottom described elementary arm for taking material, and two elementary handgrips are along described carrier radial distribution; Rotatable elementary clamping bar is provided with bottom described elementary handgrip; The infrared detector pointing to described material hole is provided with above described carrier; Bottom described secondary arm for taking material, secondary handgrip is set, bottom described secondary handgrip, is provided with rotatable secondary clamping bar.
Sintering mold conventional at present, by the end cap, the top cap that are arranged at two ends, be arranged at the stage casing at middle part, and be arranged at inner king-rod formation, end cap, top cap, stage casing and king-rod put into end hatting bucket, top hatting bucket, stage casing charging basket and king-rod charging basket respectively.End cap is sent into each material level of end cap seat by end hatting bucket, material hole, stage casing and king-rod material hole are sent in stage casing and king-rod by stage casing charging basket and king-rod charging basket respectively, turn charging tray stage casing and king-rod are passed through to rotate near elementary arm for taking material, two elementary handgrips of elementary arm for taking material catch stage casing and king-rod respectively, first king-rod is inserted Di Mao center, king-rod is inserted in Di Mao center by revolving turnback by elementary clamping bar deeply, then stage casing is placed on outside king-rod, and by revolving turnback, stage casing is placed on end cap deeply, complete the operation of a material level, form powder filling work in-process; After the operation of all material levels completes, powder filling work in-process on all material levels are delivered to powder filling seat by main arm for taking material simultaneously, the ceramics powder of identical amount filled with by powder box to each powder filling work in-process by tube cell, shake powder seat makes ceramics powder enter powder filling work in-process completely by vibrations, then main arm for taking material delivers to top cap seat by completing the powder filling work in-process after powder filling, by secondary arm for taking material, top cap is fixed on the powder filling work in-process of each material level, forms powder filling finished product, finally by main arm for taking material, powder filling finished product is delivered to disposable box.
Whole operations of powder filling cover die of the present invention complete all automatically, and powder filling is quantitatively accurate, and efficiency is high.When the present invention runs, a large amount of dieparts draws in vibration feeder as end cap, top cap, stage casing and king-rod are toppled over mussily, the spirality channel of mixed and disorderly accessory by vibration feeder inwall is risen by the vibration of certain rule by vibration feeder, and form orderly accessory row, and this accessory row are sent into next procedure.Turn charging tray each accessory in accessory row is separated, and in an orderly manner by stage casing and king-rod arrangement, be convenient to elementary arm for taking material feeding.And rotatable clamping bar can make stage casing and king-rod be fixed on better on end cap.Infrared detector once detect to turn on charging tray without material, then order about elementary arm for taking material and stop feeding, prevents equipment from damaging accessory because of flase operation.In powder filling process, transparent tube cell convenient operation personnel pay close attention to powder filling process at any time, in case of shower nozzle blocking etc. surprisingly can shut down cleaning in time.Collection powder box and filter powder net can remove the ceramics powder of sewing in powder filling process in time, coordinate powder cover simultaneously, ceramics powder in powder filling process can be avoided everywhere to fly upward, produce pollute and have an impact to the health of operative employee environment.
In sum, the present invention has the following advantages:
1, overall operation is completed automatically by equipment, and process speed is fast, and efficiency is high;
2, powder filling accuracy of measurement is high, avoids because of the waste of excessive generation and affects product quality less because measuring.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is structural representation of the present invention;
Fig. 3 is A place partial enlarged drawing in Fig. 2.
In figure, 1, end hatting bucket, 2, king-rod charging basket, 3, stage casing charging basket, 4, hatting bucket is pushed up, 5, carrier, 6, material hole, stage casing, 7, king-rod material hole, 8, end cap seat, 9, elementary handgrip, 10, elementary clamping bar, 11, powder filling seat, 12, powder box, 13, shake powder device, 14, tube cell, 15, top cap seat, 16, main arm for taking material, 17, secondary handgrip, 18, secondary clamping bar, 19, collection powder box.
Embodiment
With embodiment, the invention will be further described below.
Embodiment one:
The automatic cover die machine of a kind of vitrified pipe, comprise frame, erecting is equipped with feed mechanism, the parting mechanism be connected with feed mechanism, the powder filling mechanism be connected with parting mechanism, and is arranged at the disposable box of most terminal.
Feed mechanism comprises four feeding barrels, is respectively end hatting bucket 1, king-rod charging basket 2, stage casing charging basket 3 and top hatting bucket 4.All feeding barrels are barrel-shaped vibration feeder.
Parting mechanism comprises and to be directly connected in after end hatting bucket 1 and to have the end cap seat 8 of 3 material levels, is directly connected in turn charging tray after king-rod charging basket 2 and stage casing charging basket 3, and the elementary arm for taking material running on end cap seat 8 and turn between charging tray.The carrier 5 turning charging tray is distributed with 3 groups of material holes along this carrier 5 circumferential direction, material hole comprises and is arranged at carrier 5 outer ring and the king-rod material hole 7 be connected with king-rod charging basket 2 and be arranged at carrier 5 inner ring and the material hole, stage casing 6 be connected with stage casing charging basket 3, often organizes king-rod material hole 7 and material hole, stage casing 6 along carrier 5 radial distribution.Be provided with two elementary handgrips 9 bottom elementary arm for taking material, and two elementary handgrips 9 are along carrier 5 radial distribution, are provided with rotatable elementary clamping bar 10 bottom elementary handgrip 9.The infrared detector pointing to material hole is provided with above carrier 5.
Powder filling mechanism comprises the powder filling seat 11 with 3 material levels, is arranged at the powder box 12 directly over powder filling seat 11, and is arranged at the shake powder device 13 of powder filling seat 11 lower end; Tube cell 14 by being made up of transparent material between powder filling seat 11 and powder box 12 is connected.
Be provided with the top cap seat 15 with 3 material levels after top hatting bucket 4, between the outlet of top hatting bucket 4 and top cap seat 15, be provided with secondary arm for taking material; Secondary handgrip 17 is set bottom secondary arm for taking material, bottom secondary handgrip 17, is provided with rotatable secondary clamping bar 18.End cap seat 8, powder filling seat 11, run between top cap seat 15 and disposable box and have main arm for taking material 16.Powder filling seat 11 is outside equipped with powder cover; Hollow in shake powder device 13, is provided with collection powder box 1912, and shake powder device 13 upper surface is provided with and the filter powder net collecting powder box 1912 and match.
End cap, top cap, stage casing and king-rod put into end hatting bucket 1, top hatting bucket 4, stage casing charging basket 3 and king-rod charging basket 2 respectively.End cap is sent into each material level of end cap seat 8 by end hatting bucket 1, material hole, stage casing 6 and king-rod material hole 7 are sent in stage casing and king-rod by stage casing charging basket 3 and king-rod charging basket 2 respectively, turn charging tray stage casing and king-rod are passed through to rotate near elementary arm for taking material, two elementary handgrips 9 of elementary arm for taking material catch stage casing and king-rod respectively, first king-rod is inserted Di Mao center, king-rod is inserted in Di Mao center by revolving turnback by elementary clamping bar 10 deeply, then stage casing is placed on outside king-rod, and by revolving turnback, stage casing is placed on end cap deeply, complete the operation of a material level, form powder filling work in-process; After the operation of all material levels completes, powder filling work in-process on all material levels are delivered to powder filling seat 11 by main arm for taking material 16 simultaneously, the ceramics powder of identical amount filled with by powder box 12 to each powder filling work in-process by tube cell 14, shake powder seat makes ceramics powder enter powder filling work in-process completely by vibrations, then main arm for taking material 16 delivers to top cap seat 15 by completing the powder filling work in-process after powder filling, by secondary arm for taking material, top cap is fixed on the powder filling work in-process of each material level, form powder filling finished product, finally by main arm for taking material 16, powder filling finished product is delivered to disposable box.
Claims (8)
1. the automatic cover die machine of vitrified pipe, comprises frame, it is characterized in that: described erecting is equipped with feed mechanism, the parting mechanism be connected with described feed mechanism, the powder filling mechanism be connected with described parting mechanism, and is arranged at the disposable box of most terminal; Described feed mechanism comprises four feeding barrels, is respectively end hatting bucket (1), king-rod charging basket (2), stage casing charging basket (3) and top hatting bucket (4); Described parting mechanism comprises and is directly connected in described end hatting bucket (1) afterwards and have end cap seat (8) of some material levels, be directly connected in and turn charging tray after described king-rod charging basket (2) and stage casing charging basket (3), and run on described end cap seat (8) and the described elementary arm for taking material turned between charging tray; Described powder filling mechanism comprises and has some material level powder filling seats (11), is arranged at the powder box (12) directly over described powder filling seat (11), and is arranged at the shake powder device (13) of described powder filling seat (11) lower end; Be provided with after described top hatting bucket (4) and there is some material level tops cap seat (15), between the outlet of described top hatting bucket (4) and described top cap seat (15), be provided with secondary arm for taking material; Described end cap seat (8), described powder filling seat (11), between described top cap seat (15) and described disposable box run have main arm for taking material (16); The material level quantity of described end cap seat (8), described powder filling seat (11) and described top cap seat (15) is all equal; The described carrier (5) turning charging tray is distributed with some groups of material holes along this carrier (5) circumferential direction, described material hole comprises and is arranged at described carrier (5) outer ring and the king-rod material hole (7) be connected with described king-rod charging basket (2) and be arranged at described carrier (5) inner ring and the material hole, stage casing (6) be connected with described stage casing charging basket (3), often organize described king-rod material hole (7) and material hole, described stage casing (6) along described carrier (5) radial distribution, and the quantity of the group in described material hole is identical with described material level quantity.
2. the automatic cover die machine of vitrified pipe according to claim 1, it is characterized in that: be provided with two elementary handgrips (9) bottom described elementary arm for taking material, and two elementary handgrips (9) is along described carrier (5) radial distribution.
3. the automatic cover die machine of vitrified pipe according to claim 2, is characterized in that: described elementary handgrip (9) bottom is provided with rotatable elementary clamping bar (10).
4. the automatic cover die machine of vitrified pipe according to Claims 2 or 3, is characterized in that: described carrier (5) top is provided with the infrared detector pointing to described material hole.
5. the automatic cover die machine of vitrified pipe according to claim 1, is characterized in that: arrange secondary handgrip (17) bottom described secondary arm for taking material, and described secondary handgrip (17) bottom is provided with rotatable secondary clamping bar (18).
6. the automatic cover die machine of vitrified pipe according to claim 1, is characterized in that: the tube cell (14) by being made up of transparent material between described powder filling seat (11) and described powder box (12) is connected.
7. the automatic cover die machine of vitrified pipe according to claim 1 or 6, is characterized in that: described powder filling seat (11) is outside equipped with powder cover; The interior hollow of described shake powder device (13), be provided with collection powder box (19), described shake powder device (13) upper surface is provided with the filter powder net matched with described collection powder box (19).
8. the automatic cover die machine of vitrified pipe according to claim 1, is characterized in that: described feed mechanism is barrel-shaped vibration feeder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410124498.2A CN103951422B (en) | 2014-03-31 | 2014-03-31 | The automatic cover die machine of a kind of vitrified pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410124498.2A CN103951422B (en) | 2014-03-31 | 2014-03-31 | The automatic cover die machine of a kind of vitrified pipe |
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| Publication Number | Publication Date |
|---|---|
| CN103951422A CN103951422A (en) | 2014-07-30 |
| CN103951422B true CN103951422B (en) | 2016-01-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410124498.2A Active CN103951422B (en) | 2014-03-31 | 2014-03-31 | The automatic cover die machine of a kind of vitrified pipe |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101323528A (en) * | 2008-07-15 | 2008-12-17 | 南京工业大学 | Preparation of continuous hole graded ceramic tube |
| CN101580390A (en) * | 2008-05-15 | 2009-11-18 | 中国科学院金属研究所 | Silicon carbide ceramic tubular product and preparation method thereof |
| CN203878068U (en) * | 2014-03-31 | 2014-10-15 | 西比（湖州）通信科技有限公司 | Automatic die sheathing machine for ceramic tube |
-
2014
- 2014-03-31 CN CN201410124498.2A patent/CN103951422B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101580390A (en) * | 2008-05-15 | 2009-11-18 | 中国科学院金属研究所 | Silicon carbide ceramic tubular product and preparation method thereof |
| CN101323528A (en) * | 2008-07-15 | 2008-12-17 | 南京工业大学 | Preparation of continuous hole graded ceramic tube |
| CN203878068U (en) * | 2014-03-31 | 2014-10-15 | 西比（湖州）通信科技有限公司 | Automatic die sheathing machine for ceramic tube |
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| Publication number | Publication date |
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| CN103951422A (en) | 2014-07-30 |
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Effective date of registration: 20201202 Address after: No.2 building, No.888 Axiang Road, Zhili Town, Wuxing District, Huzhou City, Zhejiang Province Patentee after: Zhejiang Xibei Communication Technology Co.,Ltd. Address before: 313008 Zhejiang city of Huzhou Province town Wuxing District auspicious Road No. 888 Patentee before: SEIBI TECHNOLOGIES (HUZHOU) Co.,Ltd. |