CN105059806A - Novel stereoscopic part library with input end capable of being adjusted - Google Patents
Novel stereoscopic part library with input end capable of being adjusted Download PDFInfo
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- CN105059806A CN105059806A CN201510506240.3A CN201510506240A CN105059806A CN 105059806 A CN105059806 A CN 105059806A CN 201510506240 A CN201510506240 A CN 201510506240A CN 105059806 A CN105059806 A CN 105059806A
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- input end
- novel solid
- parts library
- extension
- stretching
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Abstract
The invention relates to the field of a conveying device, in particular to a novel stereoscopic part library with the input end capable of being adjusted. The novel stereoscopic part library comprises a bearing device erected according to production environment. A part rack is correspondingly arranged above the bearing device. A conveying chain is arranged in the part rack in the mounting direction. The part rack comprises a plurality of connected linear conveying segments and corner conveying segments. The ends of every two parallel linear conveying segments are connected through the corresponding corner conveying segment. In the novel stereoscopic part library, at least one corner conveying segment serves as the input end of the part rack, and the input end comprises an arc-shaped segment and extending segments. The arc-shaped segment is in an arc shape, and the two parallel extending segments are integrally manufactured on the two side ends of the arc-shaped segment respectively, and the outer edges of the ends of the two extending segments are each sleeved with the end of one side of an extending sleeve in a sliding manner. The ends of the other sides of the two extending sleeves are arranged at the two ends of the two linear conveying segments in a sleeving manner. The input end can bidirectionally move in the extending sleeves in the horizontal direction.
Description
Technical field
The present invention relates to a kind of field of transmissions, especially a kind of novel solid parts library that can adjust input end.
Background technology
Along with the lifting of production technology and the raising of automatization level, go stock become every production enterprise have to faced by problem, how to make the stock of product less, part take the more convenient bottleneck problem having become restriction enterprises production efficiency and cost.
For solving the problem, a kind of underslung three-dimensional parts library is installed at on-site by some manufacturers, this parts library comprises load carrier and parts shelf, manufacturer according to the working environment of plant area and layout by load carrier reasonable installation at on-site, and on load carrier supporting mounting parts frame, the chain of transmission is coated with in described parts shelf, the below of described chain is used for mounting part or half-blank, aborning, manufacturer needs adjacent with parts shelf for the manufacturing line of product installation, just half-blank directly can be mounted on below chain at the rear operating personal of half-blank assembling like this and carry out transmitting and storing, such occupation mode not only can the distance of corresponding shortening manufacturing line and storehouse, ensure to produce and the slitless connection stored, also the storing mode of original stacked is become movable suspension type to store, make the searching of half-blank or part and take more convenient, closer to the perfect condition of zero inventory.
But also there is some problems in above-mentioned embodiment, because the product of manufacturers produce and technological process can not be unalterable, therefore when product or technique change, the position of manufacturing line, also corresponding change to be there is in type and length, the position of therefore supporting with it three-dimensional parts library also needs to change, when three-dimensional parts library is finely tuned, the structure of load carrier also needs variation, but the load carrier due to three-dimensional parts library is default mounted, therefore structural change is carried out on the original basis very inconvenient, sometimes large-scale adjust structure is even needed could to adapt to novel production structure, and then waste unnecessary on productive costs and work efficiency can be caused.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, provide a kind of rational in infrastructure, can stretch, a kind of novel solid parts library that can adjust input end of convenient adjustment.
The present invention is achieved by the following technical solutions:
A kind of novel solid parts library that can adjust input end, comprise the load carrier according to production environment erection, above described load carrier, correspondence is provided with parts shelf, this parts shelf inside is coated with chain along installation direction, the some hooks for mounting part or product are mounted below described chain, described parts shelf comprises some interconnective linear transmission sections and corner span line, every two span line ends, right angle be parallel to each other are connected by installing described corner span line, it is characterized in that: at least one corner span line is the input end of parts shelf, described input end comprises segmental arc and extension, described segmental arc is circular arc, the both side ends of this segmental arc integrally makes two extensions be parallel to each other respectively, the end outer rim of this two extension respectively slip cap is equipped with a side end of an extension socket, the end side of this two extension socket is sleeved on the two ends of described two linear transmission sections, described input end can along described extension socket interior way moving in the horizontal direction.
And described input end is provided with the way moving of bidirection traction device for control input end.
And, at the opposite position of described corner transportation section, one bracing frame is installed, these bracing frame both sides respectively contraposition fixedly mount a slideway, and sliding respectively in described two slideways is embedded with an abaculus, and the bottom of this two abaculus fixedly mounts with the both sides of described input end respectively.
And, support frame as described above side is provided with a multistage framework, in this multistage framework, described bidirection traction device is installed, described bidirection traction device comprises a recovery winch and two stretching winchs, described recovery winch is wound around the wirerope end winding support installed and makes in the middle part of segmental arc inner edge in described corner transportation section, and the wirerope end that described two stretching winchs are wound around installation is separately fixed at the symmetrical position of segmental arc outer rim that described input end is made.
And, along with slideway vertical direction level one, one crossbeam is installed between described input end inner edge, in this crossbeam one side end face, one stroke switch being installed, installing one for stirring the fixed plate of travel switch at the slideway internal fixtion corresponding with the pivoted arm position that the trip switch is installed.
And the control end of described recovery winch and two stretching winchs is connected to motor control module.
And, one displacement pickup is installed below the slideway of described side, one relative position, side end face of this displacement pickup induction end and described crossbeam, between described two extension sockets, along perpendicular direction level, one horizontal gird is installed, install a horizon sensor above described horizontal gird, this horizon sensor sensitive surface is corresponding with described crossbeam upper surface.
And described motor control module, travel switch, displacement pickup are all connected central processing module with horizon sensor.
Advantage of the present invention and good effect are:
1, in this three-dimensional parts library, the segmental arc that input end is made and extension coordinate extension socket and two linear transmission sections, the stretching that input end can be made to coordinate extension socket carry out in horizontal direction, when the relative position position of manufacturing line fine position and three-dimensional parts library changes, operating personal is without the need to changing the position of parts shelf and load carrier, and the position only adjusting input end makes it again to coordinate with manufacturing line, and then reaches saving cost, reduce standing time, the object of enhancing productivity.
2, in this three-dimensional parts library, input end installs stretching and the recovery that bidirection traction device coordinates the automatic control input end of motor control module, travel switch, displacement pickup, horizon sensor and central processing module energy, remove the inconvenience of artificial adjustment from, improve the efficiency of adjustment.
3, in this three-dimensional parts library, two slideways that bracing frame both sides are installed respectively coordinate abaculus can be used for sharing the weight of input end, dislocation between the extension avoiding the excessive or long input end caused of stretched length of the deadweight due to input end to make and extension socket, avoids the hard breakdown caused between extension and extension socket.
4, in this three-dimensional parts library, the wirerope that the two stretching winchs installed in multistage framework are installed is arranged on the symmetric position of segmental arc outer rim both sides respectively, the stretching weight that each stretching winch is born can be disperseed in the process of stretching input end, make stressed more even in drawing process of input end, mobile more steady, avoid because input end unbalance stress causes the destruction of extension and extension socket; The recovery that the wirerope end winding support that recovery winch is installed can be input end in the middle part of segmental arc inner edge provides power.
5, in this three-dimensional parts library, the beam engagement travel switch installed between input end, for controlling the in good time opening and closing of reclaiming winch, avoids the device caused because artificial supervision error causes recovery winch to be in normally open in removal process to damage.
6, in this three-dimensional parts library, because crossbeam and input end are wholely set, and crossbeam is synchronous with input end runs in the same way, and therefore displacement pickup coordinates the movement of crossbeam can draw the displacement of input end, the record of convenient operation personnel and control; Due to crossbeam and input end in the horizontal direction in parallel, therefore horizon sensor is arranged between two extension sockets and can learns the levelness that extension socket is relative with input end, facilitate input end stretch and removal process in regulable control.
7, in this three-dimensional parts library, reclaiming motor control module that winch and stretching winch connect coordinates travel switch, displacement pickup and horizon sensor can detect level attitude between input end and extension socket and upright position in real time, thus carries out regulable control by central processing module.
8, in the present invention, input end coordinates extension socket input end can be carried out stretching and reclaims, the three-dimensional parts library of convenient adjustment is to adapt to the change of production environment, reclaiming motor control module that winch and stretching winch connect coordinates travel switch, displacement pickup and horizon sensor can detect level attitude between input end and extension socket and upright position in real time, thus carry out regulable control by central processing module, reduce the error that manual intervention causes, improve and regulate efficiency.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the part sectional view of Fig. 1;
Fig. 3 is the part sectional view in A portion in Fig. 2;
Fig. 4 is the right elevation of Fig. 1;
Fig. 5 is the module diagram in the present invention.
Detailed description of the invention
Elaborate to the present invention below by embodiment, described embodiment is illustrative, and nonrestrictive, can not limit protection scope of the present invention with this.
A kind of novel solid parts library that can adjust input end, comprise the load carrier according to production environment erection, above described load carrier, correspondence is provided with parts shelf, this parts shelf inside is coated with chain 14 along installation direction, the some hooks 6 for mounting part or product are mounted below described chain, described parts shelf comprises some interconnective linear transmission sections 11 and corner span line, every two span line ends, right angle be parallel to each other are connected by installing described corner span line, the present invention's innovation is, at least one corner span line is the input end of parts shelf, described input end comprises segmental arc 7 and extension 9, described segmental arc is circular arc, the both side ends of this segmental arc integrally makes two extensions be parallel to each other respectively, the end outer rim of this two extension is slided a side end of suit one extension socket 10 respectively, the end side of this two extension socket is sleeved on the end of described two linear transmission sections, described input end can along described extension socket way moving.
In the present embodiment, for increasing the stability of input end stretching and removal process, at the opposite position of described corner transportation section, one bracing frame 20 is installed, these bracing frame both sides respectively contraposition fixedly mount a slideway 4, slide respectively in this two slideway and be embedded with an abaculus 13, the bottom of described two abaculus and the both sides of described input end fixedly mount.
In the present embodiment, for reducing the manual intervention in the stretching of input end and removal process, described input end is provided with the way moving of bidirection traction device for control input end.Support frame as described above side is provided with a multistage framework 2, in this multistage framework, described bidirection traction device is installed, described bidirection traction device comprises recovery winch 21 and two stretching winchs 22, wirerope 3 end that described recovery winch winding is installed is fixed on described corner transportation section by link 5 and makes in the middle part of segmental arc inner edge, described two stretching winchs are wound around the wirerope end of installing and are fixed on respectively by link the symmetrical position of segmental arc outer rim that described input end makes, the draw direction that fixed pulley 1 is installed for changing stretching winch is separately installed with in inner side end between described multistage framework upper end and two slideways, make its draw direction with close with the draw direction of input end.
In the present embodiment, for carrying out Real-Time Monitoring to input end and effectively controlling, along with slideway vertical direction level one, one crossbeam 16 is installed between described input end inner edge, in this crossbeam one side end face, one stroke switch 15 being installed, installing one for stirring the fixed plate 12 of travel switch at the slideway internal fixtion corresponding with the pivoted arm position that the trip switch is installed.
At described slideway one side-lower, one displacement pickup 17 is installed, one relative position, side end face of this displacement pickup induction end and described crossbeam, along perpendicular direction level, one horizontal gird 18 is installed between described two extension sockets, install a horizon sensor 19 above described horizontal gird, this horizon sensor sensitive surface is corresponding with described crossbeam upper surface.
The control end of described recovery winch and two stretching winchs is connected to motor control module.
Described motor control module, travel switch, displacement pickup are all connected central processing module with horizon sensor.
Working process of the present invention is:
When the present invention works, when needs carry out stretched operation to input end, operating personal only need be undertaken operating by central processing module, central processing module controls to reclaim winch and stretching winch by motor control module respectively, the wirerope that stretching roll machine is installed reclaims and is wound around, and by fixed pulley change wirerope direction of recession, input end is carried out horizontal stretch, in drawing process, horizon sensor carries out Real-Time Monitoring and monitoring information is sent to central processing module, central processing module adjusts the rotating speed of two stretching winchs respectively by motor control module according to the monitoring information of horizon sensor, thus ensure steadily carrying out of input end horizontal stretch, meanwhile, central processing module controls to reclaim winch by motor processing module and reverses, make to be wound around the wirerope installed to loosen, the change in displacement of the induction end Real-Time Monitoring crossbeam of displacement pickup, until reach applicable stretch position.
When the present invention works, when needs carry out reclaimer operation to input end, operating personal only need be undertaken operating by central processing module, central processing module controls to reclaim winch and stretching winch by motor control module respectively, reclaim the wirerope recovery winding that roll machine is installed, input end is carried out level recovery, in removal process, horizon sensor carries out Real-Time Monitoring and monitoring information is sent to central processing module, central processing module adjusts the counter-rotational rotating speed of two stretching winchs respectively by motor control module according to the monitoring information of horizon sensor, thus ensure the steady recovery of input end, the now offset variable of the induction end energy Real-Time Monitoring crossbeam of displacement pickup, when reaching applicable position, operating personal can stop the recovery of input end by Non-follow control central processing module, or until the pivoted arm of travel switch that crossbeam end face is installed contacts with the fixed plate that slideway is installed, trigger the contact changing travel switch, thus control motor control module by central processing module and close recovery winch and stretching winch respectively.
In the present invention, input end coordinates extension socket input end can be carried out stretching and reclaims, the three-dimensional parts library of convenient adjustment is to adapt to the change of production environment, reclaiming motor control module that winch and stretching winch connect coordinates travel switch, displacement pickup and horizon sensor can detect level attitude between input end and extension socket and upright position in real time, thus carry out regulable control by central processing module, reduce the error that manual intervention causes, improve and regulate efficiency.
Claims (8)
1. one kind can adjust the novel solid parts library of input end, comprise the load carrier according to production environment erection, above described load carrier, correspondence is provided with parts shelf, this parts shelf inside is coated with chain along installation direction, the some hooks for mounting part or product are mounted below described chain, described parts shelf comprises some interconnective linear transmission sections and corner span line, every two span line ends, right angle be parallel to each other are connected by installing described corner span line, it is characterized in that: at least one corner span line is the input end of parts shelf, described input end comprises segmental arc and extension, described segmental arc is circular arc, the both side ends of this segmental arc integrally makes two extensions be parallel to each other respectively, the end outer rim of this two extension respectively slip cap is equipped with a side end of an extension socket, the end side of this two extension socket is sleeved on the two ends of described two linear transmission sections, described input end can along described extension socket interior way moving in the horizontal direction.
2. a kind of novel solid parts library that can adjust input end according to claim 1, is characterized in that: described input end is provided with the way moving of bidirection traction device for control input end.
3. a kind of novel solid parts library that can adjust input end according to claim 1, it is characterized in that: at the opposite position of described corner transportation section, one bracing frame is installed, these bracing frame both sides respectively contraposition fixedly mount a slideway, slide respectively in described two slideways and be embedded with an abaculus, the bottom of this two abaculus fixedly mounts with the both sides of described input end respectively.
4. a kind of novel solid parts library that can adjust input end according to claim 1 or 2 or 3, it is characterized in that: support frame as described above side is provided with a multistage framework, in this multistage framework, described bidirection traction device is installed, described bidirection traction device comprises a recovery winch and two stretching winchs, described recovery winch is wound around the wirerope end winding support installed and makes in the middle part of segmental arc inner edge in described corner transportation section, and the wirerope end that described two stretching winchs are wound around installation is separately fixed at the symmetrical position of segmental arc outer rim that described input end is made.
5. a kind of novel solid parts library that can adjust input end according to claim 3, it is characterized in that: between described input end inner edge, along with slideway vertical direction level one, one crossbeam is installed, in this crossbeam one side end face, one stroke switch being installed, installing one for stirring the fixed plate of travel switch at the slideway internal fixtion corresponding with the pivoted arm position that the trip switch is installed.
6. a kind of novel solid parts library that can adjust input end according to claim 4, is characterized in that: the control end of described recovery winch and two stretching winchs is connected to motor control module.
7. a kind of novel solid parts library that can adjust input end according to claim 5, it is characterized in that: a displacement pickup is installed below the slideway of described side, one relative position, side end face of this displacement pickup induction end and described crossbeam, between described two extension sockets, along perpendicular direction level, one horizontal gird is installed, install a horizon sensor above described horizontal gird, this horizon sensor sensitive surface is corresponding with described crossbeam upper surface.
8. a kind of novel solid parts library that can adjust input end according to claim 5 or 6 or 7, is characterized in that: described motor control module, travel switch, displacement pickup are all connected central processing module with horizon sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510506240.3A CN105059806A (en) | 2015-08-18 | 2015-08-18 | Novel stereoscopic part library with input end capable of being adjusted |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510506240.3A CN105059806A (en) | 2015-08-18 | 2015-08-18 | Novel stereoscopic part library with input end capable of being adjusted |
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| CN105059806A true CN105059806A (en) | 2015-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510506240.3A Pending CN105059806A (en) | 2015-08-18 | 2015-08-18 | Novel stereoscopic part library with input end capable of being adjusted |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112645036A (en) * | 2020-12-29 | 2021-04-13 | 天津皓轮自行车有限公司 | Bicycle installation assembly line integrating production and storage |
| CN113044460A (en) * | 2021-04-14 | 2021-06-29 | 山东高创物流有限公司 | Automatic warehouse logistics loading and unloading platform |
-
2015
- 2015-08-18 CN CN201510506240.3A patent/CN105059806A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112645036A (en) * | 2020-12-29 | 2021-04-13 | 天津皓轮自行车有限公司 | Bicycle installation assembly line integrating production and storage |
| CN113044460A (en) * | 2021-04-14 | 2021-06-29 | 山东高创物流有限公司 | Automatic warehouse logistics loading and unloading platform |
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Application publication date: 20151118 |