CN2813535Y - Safety cover electromagnetic jigging automatic feeding device - Google Patents
Safety cover electromagnetic jigging automatic feeding device Download PDFInfo
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- CN2813535Y CN2813535Y CN 200520033223 CN200520033223U CN2813535Y CN 2813535 Y CN2813535 Y CN 2813535Y CN 200520033223 CN200520033223 CN 200520033223 CN 200520033223 U CN200520033223 U CN 200520033223U CN 2813535 Y CN2813535 Y CN 2813535Y
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- condom
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Abstract
The utility model relates to a safety cover electromagnetic vibration type automatic feeding device. A spiral feeding track with a 1 to 6 DEG lifting angle and 38 to 80 millimeter spiral distance is divided into three segments in a top disk, wherein the first segment is one to two cycles, the outer margin of the track is fixedly connected with the top disk, the start position and the bottom surface are smoothly connected, and the degrees of inclination of the track surface and the conical surface of the disk bottom are the same. The second segment is 1/4 to 3/4 cycle, the inner margin of the track is lifted according to the original lifting angle, the lifting angle of the outer margin is enlarged, and the track surface is twisted to the conical surface of the inner side of the top disk gradually. The twisting front inner margin of the track is additionally provided with a convex edge with two to eight millimeter height, after the track surface and the inner side surface of the top disk are coincident, the convex edge is pasted on and is fixedly connected with the conical surface of the inner side of the top disk, and the single arrangement of the products in the segment is completed. The third segment is two to three cycles, the inner side surface of the top disk is the track surface, the convex edge is the lower margin, and the reverse safety cover in the segment is rejected. The utility model solves the problems of automatic orientation and ordering feeding of the safety cover, the feeding speed can reach 250 per minute, and the utility model is suitable for being matched with high speed packaging production lines and has the advantages of accurate orientation, convenient operation, automatic control, low cost and simple structure.
Description
(1) technical field
The utility model relates to a kind of Electromagnetically vibrating feeding device, is specially a kind of condom Electromagnetically vibrating automatic feeder.
(2) technical background
The Electromagnetically vibrating automatic feeder is mechanical industry and light industry a kind of automatic feeder commonly used, as giving the quantitative feed of Industrial Stoves, all is widely used in the production links such as candy wrapping, watch elements processing, electronic component assembling.
Safe condom body to be packaged is rolled after machining, the bottom surface be the glue ring that becomes of the cover figure rolled, above the condom head of protrusion is arranged.Condom wrapping machine requirement condom head upwards (being commonly referred to as forward), single arrangement enters inlet point, will satisfy the package speed of wrapping machine simultaneously.The package speed of present condom wrapping machine is about 65 of per minutes.At present, the condom wrapping machine is substantially manually puts feed, and speed is slow, and accuracy of positioning is low, has limited the package speed of wrapping machine.Existing electric and magnetic oscillation feeding device is mainly used in the feed of bulk cargo or rigid element, for example metal, Plastic Parts or candy tablet etc.But condom thickness has only 0.04～0.1mm, and the product to be packaged that the cover body is rolled is light, soft, flexible, and the glue ring that bottom surface cover body is rolled into is a profile fitfull circle, and top head off-center can reach more than the 10mm.Existing Electromagnetically vibrating feeding device can't realize requiring forward put single arrangement the automatic feed of condom, more can't guarantee the forward feeding speed more than 70/minute.
(3) utility model content
The purpose of this utility model is a kind of later-model Electromagnetically vibrating automatic feeder that is suitable for condom of design, and is supporting with the condom wrapping machine, realizes the automation of condom packing overall process.
Condom Electromagnetically vibrating automatic feeder of the present utility model comprises the chassis that produces electromagnetic exciting, the controller of taking over a business and control the amplitude of electromagnetic exciting.The chassis comprises support, main vibration spring, electromagnetic core, coil, takes over a business to be positioned at the top, chassis, is supported by main vibration spring.Take over a business to be conical basin, spiral material loading track is arranged in it.Take over a business the basin inner bottom part for conical, cone apex angle is 170～176 degree, and the external diameter of conical bottom is 230～800 millimeters.The cone apex angle of taking over a business the side circular cone is 40～60 degree.The material loading track is divided into three sections, and first section, track is wide to be 50～60 millimeters, and the material loading track leans on the outer rim of medial surface and takes over a business the medial surface Joint, and inner edge is near taking over a business central axis.Track section start and taper bottom surface smoothly join, and orbital plane is identical with the degree of dip of basin base cone face and horizontal surface, and promptly orbital plane is the dip plane that the high outer rim of inner edge is low, become 2～5 degree angles with horizontal surface.Track spiral rose for 1～2 week, and lift angle is 1～6 degree.Second section, along with spiral rises, the inner edge of material loading track continue by original lift angle gradually spiral rise, and the spiralling lift angle of outer rim strengthens, orbital plane is reversed gradually, outer rim is higher than inner edge gradually, tilts, near taking over a business medial surface.Begin to reverse preceding 20～150 millimeters from the material loading track, i.e. 20～150 millimeters places of first section track end, the track inner edge begins to add 2～8 millimeters high convex edges of edge.Material loading track outer rim spiral rose for 1/4～3/4 week, and the inner edge lift angle is 1～6 degree, and the plane torsion of material loading track is to coinciding with taking over a business the inboard conical surface, and the convex edge of track inner edge is attached on the inboard conical surface, affixed with medial surface.The 3rd section, continue to rise for 2～3 weeks with the lift angle spiral of 1～6 degree in the convex edge, and the convex edge becomes the lower edge of track, and the inboard conical surface of taking over a business between the convex edge is the material loading orbital plane.The pitch of spiral material loading track is 38～80 millimeters.It is discharging opening that the material loading track rises to end place, upper edge.
Advantage of the present utility model is: 1, a complete set of Electromagnetically vibrating automatic feeder of intrinsic safety utilizes the principle of the characteristic of product itself and electromagnetic vibration machine to combine to carry out work, solved the problem of condom self-orientation, sequencing feeding, feeding speed can reach 250/minute, can to overlap packaging production line supporting with high-speed secure, enhance productivity greatly; 2, this device need not external force, also need not multiple detection, picks out mechanism, and is accurately directed, operation and the production process automatic guidance be convenient to easy to use; 3, this installation cost cheap, simple in structure, be easy to make, energy savings.
(4) description of drawings
Fig. 1 is a complete set of Electromagnetically vibrating automatic feeder of an intrinsic safety structural representation;
Fig. 2 takes over a business birds-eye view for a complete set of Electromagnetically vibrating automatic feeder of intrinsic safety;
Fig. 3 is Fig. 2 A-A section-drawing, promptly takes over a business the section-drawing in first section somewhere of material loading track;
Fig. 4 is Fig. 2 B-B section-drawing, promptly takes over a business the section-drawing in second section somewhere of material loading track;
Fig. 5 is Fig. 2 C-C section-drawing, promptly takes over a business the section-drawing in the 3rd section somewhere of material loading track;
Fig. 6 is that the 3rd section on a complete set of Electromagnetically vibrating automatic feeder of intrinsic safety material loading track is gone up the directed for the second time oppositely disallowable scheme drawing of condom of condom;
Fig. 7 is a complete set of Electromagnetically vibrating automatic feeder of intrinsic safety and feed bin, the supporting scheme drawing of delivery track;
Fig. 8 takes over a business and the hopper scheme drawing for a complete set of Electromagnetically vibrating automatic feeder of intrinsic safety integral type.
(5) specific embodiment
Condom Electromagnetically vibrating automatic feeder of the present utility model comprises the chassis that produces electromagnetic exciting, the controller of taking over a business and control the amplitude of electromagnetic exciting as shown in Figure 1.The chassis comprises support 1, main vibration spring 2, electromagnetic core and coil 3, takes over a business 4 and is positioned at electromagnetic core coil 3 tops, is supported by main vibration spring 2.As shown in Figure 2, take over a business 4 and be conical basin, spiral material loading track 5 is arranged in it.Take over a business 4 basin inner bottom parts for conical, cone apex angle is 170～176 degree, and the external diameter of conical bottom is 230～800 millimeters, and commonly used is 300～400 millimeters, selects the size of 4 bottom surfaces according to required feeding speed.The cone apex angle of taking over a business 4 side circular cones is 40～60 degree.Material loading track 5 is divided into three sections as shown in Figure 1, 2, and first section, track is wide to be 50～60 millimeters, and material loading track 5 leans on the outer rim of the 4 inboard conical surfaces and takes over a business 4 inboard conical surface Joints, and inner edge is near taking over a business 4 central axis.Track 5 section starts and taper bottom surface smoothly join, and 5 degree of dip with basin base cone face and horizontal surface of track are identical, promptly 5 on track low for the high outer rim of inner edge, become 2～5 dip plane of spending angles with horizontal surface, as shown in Figure 3.Track 5 spirals rose for 1～2 week, and lift angle is 1～6 degree.Second section, along with spiral rises, material loading track 5 inner edge continue by original lift angle gradually spiral rise, and the spiralling lift angle of outer rim strengthens, and orbital plane is reversed gradually, and its outer rim is higher than inner edge gradually, orbital plane slopes inwardly, near taking over a business 4 medial surfaces, as shown in Figure 4.Begin to reverse preceding 20～150 millimeters or 20～100 millimeters places from material loading track 5, promptly first section track end located or 20～100 millimeters places for 20～150 millimeters, and the track inner edge begins to add the convex edge 5-1 of 2～8 millimeters high of edges.Second section the spiralling lift angle of material loading track 5 inner edges is 1～6 degree, after 1/4～3/4 week, the orbital plane of material loading track 5 is reversed to coinciding with taking over a business the 4 inboard conical surfaces, and the convex edge 5-1 of track inner edge is attached on the inboard conical surface, affixed with medial surface, as shown in Figure 5.The 3rd section, the plane of material loading track 5 promptly is the 3rd section beginning with taking over a business after the 4 inboard conical surfaces coincide, convex edge 5-1 continues to rise for 2～3 weeks with the lift angle spiral of 1～6 degree, and convex edge 5-1 becomes the lower edge of track, and the 4 inboard conical surfaces of taking over a business between the 5-1 of convex edge are the material loading orbital plane.The pitch of spiral material loading track 5 is 38～80 millimeters, and the best is 45～60 millimeters.It is discharging opening 6 that material loading track 5 rises to end place, 4 upper edge.
When controller starts, when the chassis produces electromagnetic exciting, take over a business 4 vibrations, along with vibration, make the condom that is positioned on the 4 basin bottom part conical surfaces be thrown, enter first section material loading track 5 by vibration, and up because of vibrating along the material loading track 5 of spiral.Condom 7 on first section track is a disordered state still, has forward also to have oppositely, also has heap to build, as shown in Figure 3.After entering second section material loading track 5, along with the reversing of orbital plane, outer rim are inclined upwardly, condom 7 beginnings are directed for the first time, as shown in Figure 4, when two or more condoms 7 are overlapping, because the downslide component of its gravity is greater than friction force, so condom 7 up can't be stayed on the track, landing returns back to top at the bottom of dish 4 basins or lower floor's track from the track when vibration.Condom is finished single arrangement on second section track in 1/4～3/4 week, promptly finish directed for the first time.After entering the 3rd section material loading track 5, condom 7 beginnings are directed for the second time, reject the condom that oppositely places on the track.Shown in Fig. 5,6, when the condom forward places on the track, the glue ring that the cover figure that its bottom surface is rolled becomes abuts on the orbital plane, glue ring below is stuck on the convex edge 5-1 of track lower edge, the height of the convex edge 5-1 of material loading track 5 is a bit larger tham condom glue ring thickness, the condom 7 of light and soft forward stably blocks and is placed on the track, and continues up in orbit with vibration.As shown in Figure 6.When condom 7 oppositely places on the track, the head that protrusion is arranged because of the condom front rolled of cover body, make its orbital plane that can't recline, in vibration, oppositely place on the track condom 7 promptly from the track landing return back to top at the bottom of dish 4 basins or on lower floor's track, will under electric and magnetic oscillation, reenter material loading track 5.Through behind 1～2 week the 3rd section the track, condom 7 is finished directed for the second time.Finishing condom 7 directed and ordering is stored on the 3rd section the superiors' material loading track 5.
Discharging opening 6 can be connected with level or bevelled linear conveyor track 8.As shown in Figure 7, discharging opening 6 is connected with horizontal linear delivery track 8, and linear conveyor track has oscillatory system 8 times, and linear conveyor track 8 connects wrapping machine.Under oscillating action linear conveyor track 8 directly with it on oriented and ordered condom 7 manipulator of delivering to wrapping machine get the material place.Perhaps discharging opening 6 joins with bevelled delivery track 8, and gravity is delivered to the wrapping machine manipulator with the orderly condom 7 of arrangement on the inclination delivery track 8 and got the material place.Use this delivery track the condom 7 of orientation ordering steadily, fitly can be carried cooresponding distance, the space mounting of convenient and packing mechanical equipment and being connected.On linear conveyor track 8, also can store a certain amount of condom of having finished directed ordering.
As shown in Figure 7, at the feed bin 9 of taking over a business to have above in the of 4 the storage safe cover.Feed bin 9 bottoms and vibration feeder 10 join, and on the vibration feeder 10 controller are arranged, and the far-end of the feeding track of vibration feeder 10 is positioned at the top of 4 bottom centre.Vibration on Start-up feed appliance 10 can be quantitatively to taking over a business delivery safety cover in 4.Take over a business 4 bottom material loading track place installation and measuring facilities, be connected with the controller of vibration feeder 10.When on the material loading track 5 of bottom during no condom, signal is delivered to the controller of vibration feeder 10, vibration feeder 10 feedings.Determine the work-hours of vibration feeder 10 according to taking over a business 4 capacity regulating controllers.Feed bin 9 bin stock volumes are big, avoid the frequent reinforced artificial waste that causes.
Perhaps as shown in Figure 8, taking over a business to add feed hopper 11 in 4, hopper 11 for and take over a business the 4 taper basins that the side tapering is identical, the axis coincides, be the end to take over a business 4 the end, diameter is to take over a business 1/2～2/3 of 4 end diameters at the bottom of hopper 11 basins.Hopper 11 sidewalls have 3～5 breach 11-1 greater than condom 7 near the bottom.Condom 7 places in the hopper 11, and the breach 11-1 under its sidewall escapes on 4 bottom surfaces successively, along with electric and magnetic oscillation enters material loading track 5.This kind hopper 11 is integrated with this device, need not to join in addition independently feed feed bin, saves cost, has also reduced and has installed shared space.
Claims (10)
1 one kinds of condom Electromagnetically vibrating automatic feeders comprise the chassis that produces electromagnetic exciting, the controller of taking over a business and control the amplitude of electromagnetic exciting; The chassis comprises support (1), main vibration spring (2), electromagnetic core and coil (3), takes over a business to be positioned at electromagnetic core and coil (3) top, is supported by main vibration spring (2); Take over a business (4) and be conical basin, spiral material loading track (5) is arranged in it; Take over a business (4) basin inner bottom part for conical, cone apex angle is 170～176 degree, it is characterized by:
The external diameter of taking over a business (4) conical bottom is 230～800 millimeters;
The cone apex angle of taking over a business (4) side circular cone is 40～60 degree; Material loading track (5) is divided into three sections:
First section, track is wide to be 50～60 millimeters, and material loading track (5) leans on the outer rim of (4) inboard conical surface and takes over a business (4) inboard conical surface Joint, and inner edge is near taking over a business (4) central axis; Track section start and taper bottom surface smoothly join, and orbital plane is identical with the degree of dip of basin base cone face and horizontal surface, and promptly orbital plane is the dip plane that the high outer rim of inner edge is low, become 2～5 degree angles with horizontal surface, and track spiral rose for 1～2 week, and lift angle is 1～6 degree;
Second section, along with spiral rises, the inner edge of material loading track (5) continues by the spiral rising gradually of original lift angle, the spiralling lift angle of outer rim strengthens, and orbital plane is reversed gradually, and its outer rim is higher than inner edge gradually, orbital plane slopes inwardly, near taking over a business (4) medial surface, begin to reverse preceding 20～150 millimeters from material loading track (5), i.e. 20～150 millimeters places of first section track end, the track inner edge begins to add edge 2～8 millimeters high convex edges (5-1); Second section the spiralling lift angle of material loading track (5) inner edge is 1～6 degree, after 1/4～3/4 week, the orbital plane of material loading track (5) is reversed to coinciding with taking over a business (4) inboard conical surface, and the convex edge of track inner edge (5-1) be attached on (4) inboard conical surface, affixed with medial surface;
The 3rd section, the orbital plane of material loading track (5) promptly is the 3rd section beginning with taking over a business after (4) inboard conical surface coincides, continue to rise for 2～3 weeks with the lift angle spiral of 1～6 degree in convex edge (5-1), convex edge (5-1) is the lower edge of track, and (4) the inboard conical surface of taking over a business between convex edge (5-1) is the material loading orbital plane;
The pitch of spiral material loading track (5) is 38～80 millimeters, and it is discharging opening (6) that material loading track (5) rises to end place, (4) upper edge.
2 condom Electromagnetically vibrating automatic feeders according to claim 1 is characterized by:
External diameter is 300～400 millimeters at the bottom of the described taper basin of taking over a business (4).
3 condom Electromagnetically vibrating automatic feeders according to claim 1 is characterized by:
The pitch of spiral material loading track is 45～60 millimeters.
4 condom Electromagnetically vibrating automatic feeders according to claim 1 is characterized by:
Begin to reverse preceding 20～100 millimeters from material loading track (5), i.e. 20～100 millimeters places of first section track end, the track inner edge begins to add edge 2～8 millimeters high convex edges (5-1).
5 according to each described condom electric and magnetic oscillation automatic feeder in the claim 1 to 4, it is characterized by:
Described discharging opening (6) is connected with horizontal linear delivery track (8), and linear conveyor track has oscillatory system under (8).
6 according to each described condom electric and magnetic oscillation automatic feeder in the claim 1 to 4, it is characterized by:
Described discharging opening (6) joins with bevelled linear conveyor track (8).
7 condom electric and magnetic oscillation automatic feeders according to claim 5 is characterized by:
Described delivery track (8) is located the installation and measuring facility near discharging opening (6), is connected with the pause delay starter gear of a complete set of electric and magnetic oscillation automatic feeder of intrinsic safety control system.
8 according to each described condom electric and magnetic oscillation automatic feeder in the claim 1 to 4, it is characterized by:
Taking over a business the feed bin (9) that (4) top has storage safe to overlap, feed bin (9) bottom joins with vibration feeder (10), and vibration feeder has controller on (10), and the far-end of the feeding track of vibration feeder (10) is positioned at the top of (4) bottom centre.
9 condom electric and magnetic oscillation automatic feeders according to claim 8 is characterized by:
Take over a business (4) bottom material loading track place's installation and measuring facility, be connected with the controller of vibration feeder (10).
10 according to each described condom electric and magnetic oscillation automatic feeder in the claim 1 to 3, it is characterized by:
In taking over a business (4), add feed hopper (11), hopper (11) is and takes over a business the taper basin that (4) side tapering is identical, the axis coincides, with the end of taking over a business (4) be the end, diameter is for taking over a business 1/2～2/3 of (4) end diameter at the bottom of hopper (11) basin, and hopper (11) sidewall has 3～5 breach greater than condom (7) (11-1) near the bottom.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520033223 CN2813535Y (en) | 2005-02-07 | 2005-02-07 | Safety cover electromagnetic jigging automatic feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520033223 CN2813535Y (en) | 2005-02-07 | 2005-02-07 | Safety cover electromagnetic jigging automatic feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2813535Y true CN2813535Y (en) | 2006-09-06 |
Family
ID=36948619
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520033223 Expired - Fee Related CN2813535Y (en) | 2005-02-07 | 2005-02-07 | Safety cover electromagnetic jigging automatic feeding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2813535Y (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102887237A (en) * | 2011-07-18 | 2013-01-23 | 广州名力科技有限公司 | Fully-automatic condom packaging machine with vibration-oriented feeding device |
| CN107032105A (en) * | 2016-12-02 | 2017-08-11 | 桂林航天工业学院 | A kind of automatic feed mechanism before sheath detection |
| CN107398601A (en) * | 2017-07-21 | 2017-11-28 | 梁恒珠 | Automatic burr removing machine |
| CN111846858A (en) * | 2019-04-24 | 2020-10-30 | 申英谟 | Condom automatic arrangement and supply device for correcting condom along one side direction |
| CN114535965A (en) * | 2022-03-31 | 2022-05-27 | 公元股份有限公司 | Vibration tray structure of ball valve sealing ring |
-
2005
- 2005-02-07 CN CN 200520033223 patent/CN2813535Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102887237A (en) * | 2011-07-18 | 2013-01-23 | 广州名力科技有限公司 | Fully-automatic condom packaging machine with vibration-oriented feeding device |
| CN107032105A (en) * | 2016-12-02 | 2017-08-11 | 桂林航天工业学院 | A kind of automatic feed mechanism before sheath detection |
| CN107398601A (en) * | 2017-07-21 | 2017-11-28 | 梁恒珠 | Automatic burr removing machine |
| CN111846858A (en) * | 2019-04-24 | 2020-10-30 | 申英谟 | Condom automatic arrangement and supply device for correcting condom along one side direction |
| CN114535965A (en) * | 2022-03-31 | 2022-05-27 | 公元股份有限公司 | Vibration tray structure of ball valve sealing ring |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20060906 |