CN205633193U - Distance conveyer is sent to steady clamp - Google Patents
Distance conveyer is sent to steady clamp Download PDFInfo
- Publication number
- CN205633193U CN205633193U CN201620441336.6U CN201620441336U CN205633193U CN 205633193 U CN205633193 U CN 205633193U CN 201620441336 U CN201620441336 U CN 201620441336U CN 205633193 U CN205633193 U CN 205633193U
- Authority
- CN
- China
- Prior art keywords
- framework
- belt
- fixed
- pinch
- sponge
- Prior art date
- 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.)
- Active
Links
Abstract
The utility model provides a distance conveyer is sent to steady clamp, includes frame, frame, presss from both sides and send the anterior segment device, presss from both sides and send the back end device, press from both sides and send the installation of anterior segment device to fix the front end at the frame, press from both sides and send the installation of back end device to fix the rear end at the frame, rack mount fixes in the frame, comprises two pay -off long slabs and a plurality of connective bars. The utility model discloses a two belt clamps send the material, make the material more steady in transportation process, adopt computer control, have set up frequency conversion and material detection sensor simultaneously, have realized that it send the motion of anterior segment device belt constant speed with the clamp to press from both sides the automatic speed changing who send back end device belt, and then have realized the distance and fast -speed the transporting of material.
Description
Technical field
This utility model relates to one and steadily pinches spacing transporter, be mainly used in by bagged instant noodle product steadily and set a distance be sent to next station, provide basis for realizing instant noodles five even bag automated production packaging.
Background technology
Five bag packagings of instant noodles are all to be completed by rearrangement packaging after manually picking packed at present, this pure manual mode efficiency comparison is low, labor strength is bigger, the economic benefit of enterprise is the best, in order to improve efficiency, increase Business Economic Benefit and be badly in need of a kind of automatic production line that can realize instant noodles 5 even bag packaging of research and development.In order to realize above-mentioned idea, it is necessary for first solving the problem that the steady spacing of instant noodles transmits.
The most also there is no the device that the steady spacing of instant noodles transmits at present.The another device having some spacings to transmit at other field, but the steady spacing transmission of instant noodles all it is not suitable for owing to transporting the difference of material material and performance, and existing spacing transporter mostly uses mechanical mechanism formula, structure is complex, and travelling speed is slower.
Utility model content
The purpose of this utility model is to provide one steadily to pinch spacing transporter.
The open one of this utility model steadily pinches spacing transporter, including frame, framework, pinch front end devices, pinch rear section apparatus, the described front end devices that pinches is fixed on the front end of framework, described pinch rear section apparatus and be fixed on the rear end of framework, described framework is fixed in frame, is made up of with some pitmans two pieces of feeding long slabs.
Further, pinch rear section apparatus described in or pinch front end devices and include smooth belt drivewheel, smooth belt, smooth belt regulating wheel, up-down adjustment screw mandrel, adjusting handle, up-down adjustment guide rod, drive mechanism casing, servomotor, smooth belt roller, framework, gib block, bearing block, sponge belt conveyor.Described servomotor uses the integrated motor of band reduction box, is arranged on the side-lower of drive mechanism casing in frame；Described drive mechanism casing is arranged on framework, is provided with 6 and synchronizes wheel, driven by described servomotor by double-sided synchronous belt, drive mechanism box bottom has an elongated slot in casing；Described smooth belt drivewheel is arranged in the middle of framework, described servomotor drive；Described smooth belt regulating wheel is arranged in the middle of framework, above described smooth belt drivewheel；Described smooth belt roller has 2, be separately mounted to described in pinch rear section apparatus or pinch in the middle of the framework of front end devices front and back end；Described smooth belt is arranged below a piece of supporting plate；Described gib block is provided with 2, is fixed on the both sides of framework by fixed block, above smooth belt；Described up-down adjustment screw mandrel and described bearing block threaded engagement, and be fixed in upper and lower two panels fixed plate by nut；Described up-down adjustment guide rod has 2, all uses the structure of polished rod in the middle of double headed roller screw thread, uses nut to be fixed in upper and lower two panels fixed plate, also cross described bearing block；Described adjusting handle is arranged on up-down adjustment screw mandrel upper end, by rotating adjusting handle, bearing block can be driven vertically to regulate guide rod and move up and down, and regulates bearing block height.
Further, described sponge belt conveyor includes handle reverse, sponge tension pulley, sponge belt, sponge belt drivewheel, assist handle, fixing axle, sponge belt conveyor frame, location bar；Described sponge belt drivewheel includes roller portion and roller portion, and roller portion, through the elongated slot of bearing block with drive mechanism box bottom, is fixed on bearing block, and roller portion is placed in the middle of sponge belt conveyor frame；Described fixing axle crosses described sponge belt conveyor frame, is arranged in sponge belt conveyor frame, and one end of fixing axle is provided with a spring and neck ring, and the other end is provided with handle reverse, neck ring；It is additionally provided with a baffle plate of fixing axle band spring, is used for fixing sponge belt conveyor；Described assist handle is fixed on sponge belt conveyor frame side；Described location bar is a screw mandrel, is arranged on a L bracket, and location bar is provided with 3 neck rings；Described L bracket is arranged on sponge belt conveyor frame side；The lower section of described location bar is additionally provided with an altitude location baffle plate；Described altitude location baffle plate is fixed on described framework.
Further, described in pinch and on rear section apparatus, be additionally provided with material detection sensor, be used for detecting material signal.
Further, the described spacing transporter that steadily pinches, by computer control, it is also equipped with frequency conversion, it is possible to achieve the infinitely variable speeds of servomotor.
Further, described in pinch the change of material situation that rear section apparatus detects according to described material detection sensor, what servomotor can be autonomous under computer does acceleration and deceleration motion.
The beneficial effects of the utility model: (1) this utility model uses double belt to pinch material, makes material more steady in course of conveying.(2) this utility model uses belt to tumble in block sponge, increases the frictional force of belt and material, and material is almost Tong Bu with sponge belt during whole section pinch.Furthermore when belt stops, effectively prevent material because inertia is subjected to displacement.(3) this utility model arranges handle reverse, easily can be overturn along sponge belt drivewheel by sponge belt conveyor, facilitate troubleshooting and service work.(4) this utility model uses computer to control, and is provided with frequency conversion and material detection sensor, it is achieved that pinch the fluid drive of rear section apparatus belt and pinch the motion of front end devices belt constant speed simultaneously, and then achieves spacing and the transport at a high speed of material.
Accompanying drawing explanation
Fig. 1 is diagrammatic perspective view of the present utility model；Another angle diagrammatic perspective view of Fig. 2 position this utility model；Fig. 3 is this utility model left view；Fig. 4 is this utility model top view；Fig. 5 is this utility model front view；Fig. 6 is that this utility model material transmits schematic diagram.
nullWherein: smooth belt drivewheel 1、Smooth belt 2、Smooth belt regulating wheel 3、Handle reverse 4、Up-down adjustment screw mandrel 5、Adjusting handle 6、Up-down adjustment guide rod 7、Drive mechanism casing 8、Sponge tension pulley 9、Sponge belt 10、Supporting plate 11、Frame 12、Servomotor 13、Smooth belt roller 14、Sponge belt drivewheel 15、Gib block 16、Assist handle 17、Fixing axle 18、Baffle plate 19、Location bar 20、Bearing block 21、Sponge belt conveyor frame 22、Framework 23、Altitude location baffle plate 24、L bracket 25、Material detection sensor 26、Pinch front end devices 27、Pinch rear section apparatus 28、Drive mechanism box bottom 29、Elongated slot 30、Sponge belt conveyor frame 31、Double-sided synchronous belt 32、Fixed block 33、Spring 34、Neck ring 35.
Detailed description of the invention
Illustrate below in conjunction with the accompanying drawings, refer to accompanying drawing 1 to accompanying drawing 5, the open one of this utility model steadily pinches spacing transporter, including frame 12, framework 23, pinch front end devices 27, pinch rear section apparatus 28, the described front end devices 27 that pinches is fixed on the front end of framework 23, described pinching rear section apparatus 28 and be fixed on the rear end of framework 23, described framework 23 is fixed in frame 12, is made up of with some pitmans two pieces of feeding long slabs.
Described pinch rear section apparatus 28 or pinch front end devices 27 and include smooth belt drivewheel 1, smooth belt 2, smooth belt regulating wheel 3, up-down adjustment screw mandrel 5, adjusting handle 6, up-down adjustment guide rod 7, drive mechanism casing 8, servomotor 13, smooth belt roller 14, framework 23, gib block 16, bearing block 21, sponge belt conveyor 31.Described servomotor 13 uses the integrated motor of band reduction box, is arranged on the side-lower of drive mechanism casing 8 in frame 12；Described drive mechanism casing 8 is arranged on framework 23, is provided with 6 and synchronizes wheel, driven by described servomotor 12 by double-sided synchronous belt 32, drive mechanism box bottom 29 has an elongated slot 30 in casing；Described smooth belt drivewheel 1 is arranged in the middle of framework 23, described servomotor 12 drive；Described smooth belt regulating wheel 3 is arranged in the middle of framework 23, above described smooth belt drivewheel 1；Described smooth belt roller 14 has 2, be separately mounted to described in pinch rear section apparatus 28 or pinch in the middle of the framework 23 of front end devices 27 front and back end；Described smooth belt 2 is arranged below a piece of supporting plate 11；Described gib block 16 is provided with 2, is fixed on the both sides of framework 23 by fixed block 33, above smooth belt 2；Described up-down adjustment screw mandrel 5 and described bearing block 21 threaded engagement, and be fixed in upper and lower two panels fixed plate by nut；Described up-down adjustment guide rod 7 has 2, all uses the structure of polished rod in the middle of double headed roller screw thread, uses nut to be fixed in upper and lower two panels fixed plate, also cross described bearing block 21；Described adjusting handle 6 is arranged on up-down adjustment screw mandrel 5 upper end, by rotating adjusting handle 6, bearing block 21 can be driven vertically to regulate guide rod 7 and move up and down, regulate bearing 21 seat height low.Described sponge belt conveyor 31 includes handle reverse 4, sponge tension pulley 9, sponge belt 10, sponge belt drivewheel 15, assist handle 17, fixing axle 18, sponge belt conveyor frame 22, location bar 20；Described sponge belt drivewheel 15 includes roller portion and roller portion, and roller portion, through the elongated slot 30 of bearing block 21 with drive mechanism box bottom 29, is fixed on bearing block 21, and roller portion is placed in the middle of sponge belt conveyor frame 22；Described fixing axle 18 crosses described sponge belt conveyor frame 22, is arranged in sponge belt conveyor frame 22, and one end of fixing axle 18 is provided with a spring 34 and neck ring 35, and the other end is provided with handle reverse 4, neck ring；It is additionally provided with a baffle plate 19 of fixing axle band spring, is used for fixing sponge belt conveyor；Described assist handle 17 is fixed on sponge belt conveyor frame 22 side；Described location bar 20 is a screw mandrel, is arranged on a L bracket 25, and location bar 20 is provided with 3 neck rings；Described L bracket 25 is arranged on sponge belt conveyor frame 22 side；The lower section of described location bar 20 is additionally provided with an altitude location baffle plate 24；Described altitude location baffle plate 24 is fixed on described framework 23.Described pinching is additionally provided with a material detection sensor 26 on rear section apparatus 28, be used for detecting material signal.The described spacing transporter that steadily pinches, by computer control, it is also equipped with frequency conversion, it is possible to achieve the infinitely variable speeds of servomotor.The described change pinching the material situation that rear section apparatus 28 detects according to described material detection sensor 26, what servomotor can be autonomous under computer does acceleration and deceleration motion.
nullIt is more than to have done structure of the present utility model to describe，How to realize spacing with regard to this utility model below to transmit and do again and illustrate，Material steadily pinches spacing transporter and steadily pinches spacing transporter and have three phases to completely disengaging from from entering as shown in Figure 6，Respectively pinch leading portion、Accelerating sections、Pinch back segment，Setting pinches the speed of before and after's section and is respectively V1、V2，So material A passes through the time T1=2S/ (V1+V2) of 0，Material B passes through the time T2=S1/V2+T1 of 0，When material B is at 0，Distance (material A and the distance of the material B) L=S1*V2/V1 that material A distance is 0，Speed V1 pinching leading portion during transmitting is constant，The distance of adjacent storeroom for various reasons can be different，Namely the value of S1 is change，Want to ensure that the value of the value constant change V2 of L just can realize，In order to realize the constant this utility model of L-value pinch back segment be provided with material detection sensor，This material detection sensor is connected with computer，Computer have input program，Set the normal interval time of this material detection sensor detection material，If this Material Sensor detects that the interval time of adjacent material longer than the normal time (namely S1 becomes big) so computer will control to reduce speed V2 pinching back segment，Ensure that L-value is constant，If this Material Sensor detects that the interval time of adjacent material shorter than the normal time (namely S1 diminishes) so computer will control to promote speed V2 pinching back segment，Ensure that L-value is constant.
Above example simply elaborates ultimate principle and the characteristic of the present invention; the present invention is not limited by above-mentioned example; without departing from the spirit and scope of the present invention, the present invention also has various change and change, and these changes and change both fall within scope of the claimed invention.Claimed scope is defined by appending claims and equivalent thereof.
Claims (6)
1. one kind steadily pinches spacing transporter, it is characterized in that including frame, framework, pinch front end devices, pinch rear section apparatus, the described front end devices that pinches is fixed on the front end of framework, described pinch rear section apparatus and be fixed on the rear end of framework, described framework is fixed in frame, is made up of with some pitmans two pieces of feeding long slabs.
One the most according to claim 1 steadily pinches spacing transporter, it is characterised in that described in pinch rear section apparatus or pinch front end devices and include smooth belt drivewheel, smooth belt, smooth belt regulating wheel, up-down adjustment screw mandrel, adjusting handle, up-down adjustment guide rod, drive mechanism casing, servomotor, smooth belt roller, framework, gib block, bearing block, sponge belt conveyor；Described servomotor uses the integrated motor of band reduction box, is arranged on the side-lower of drive mechanism casing in frame；Described drive mechanism casing is arranged on framework, is provided with 6 and synchronizes wheel, driven by described servomotor by double-sided synchronous belt, drive mechanism box bottom has an elongated slot in casing；Described smooth belt drivewheel is arranged in the middle of framework, described servomotor drive；Described smooth belt regulating wheel is arranged in the middle of framework, above described smooth belt drivewheel；Described smooth belt roller has 2, be separately mounted to described in pinch rear section apparatus or pinch in the middle of the framework of front end devices front and back end；Described smooth belt is arranged below a piece of supporting plate；Described gib block is provided with 2, is fixed on the both sides of framework by fixed block, above smooth belt；Described up-down adjustment screw mandrel and described bearing block threaded engagement, and be fixed in upper and lower two panels fixed plate by nut；Described up-down adjustment guide rod has 2, all uses the structure of polished rod in the middle of double headed roller screw thread, uses nut to be fixed in upper and lower two panels fixed plate, also cross described bearing block；Described adjusting handle is arranged on up-down adjustment screw mandrel upper end, by rotating adjusting handle, bearing block can be driven vertically to regulate guide rod and move up and down, and regulates bearing block height.
One the most according to claim 2 steadily pinches spacing transporter, it is characterised in that described sponge belt conveyor includes handle reverse, sponge tension pulley, sponge belt, sponge belt drivewheel, assist handle, fixing axle, sponge belt conveyor frame, location bar；Described sponge belt drivewheel includes roller portion and roller portion, and roller portion, through the elongated slot of bearing block with drive mechanism box bottom, is fixed on bearing block, and roller portion is placed in the middle of sponge belt conveyor frame；Described fixing axle crosses described sponge belt conveyor frame, is arranged in sponge belt conveyor frame, and one end of fixing axle is provided with a spring and neck ring, and the other end is provided with handle reverse, neck ring；It is additionally provided with a baffle plate of fixing axle band spring, is used for fixing sponge belt conveyor；Described assist handle is fixed on sponge belt conveyor frame side；Described location bar is a screw mandrel, is arranged on a L bracket, and location bar is provided with 3 neck rings；Described L bracket is arranged on sponge belt conveyor frame side；The lower section of described location bar is additionally provided with an altitude location baffle plate；Described altitude location baffle plate is fixed on described framework.
One the most according to claim 1 steadily pinches spacing transporter, it is characterised in that described in pinch and on rear section apparatus, be additionally provided with material detection sensor, be used for detecting material signal.
One the most according to claim 1 steadily pinches spacing transporter, it is characterised in that the described spacing transporter that steadily pinches, by computer control, it is also equipped with frequency conversion, it is possible to achieve the infinitely variable speeds of servomotor.
One the most according to claim 4 steadily pinches spacing transporter, it is characterised in that described in pinch the change of material situation that rear section apparatus detects according to described material detection sensor, what servomotor can be autonomous under computer does acceleration and deceleration motion.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620441336.6U CN205633193U (en) | 2016-05-16 | 2016-05-16 | Distance conveyer is sent to steady clamp |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620441336.6U CN205633193U (en) | 2016-05-16 | 2016-05-16 | Distance conveyer is sent to steady clamp |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205633193U true CN205633193U (en) | 2016-10-12 |
Family
ID=57055876
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620441336.6U Active CN205633193U (en) | 2016-05-16 | 2016-05-16 | Distance conveyer is sent to steady clamp |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205633193U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108688871A (en) * | 2018-04-24 | 2018-10-23 | 浙江迦南小蒋科技有限公司 | Fast-type rests the head on packet feeding device |
-
2016
- 2016-05-16 CN CN201620441336.6U patent/CN205633193U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108688871A (en) * | 2018-04-24 | 2018-10-23 | 浙江迦南小蒋科技有限公司 | Fast-type rests the head on packet feeding device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203832802U (en) | Soft bag stepping braiding machine | |
| CN204111283U (en) | A kind of have the mechanism synchronously sending bottle and positioning function for bottle placer | |
| CN203237435U (en) | Pillow packaging on-line conveying mechanism | |
| CN205633193U (en) | Distance conveyer is sent to steady clamp | |
| CN102363465A (en) | High-speed tobacco carton sorter | |
| CN208149744U (en) | The feed bin mechanism of automatic boxing machine | |
| CN102602564A (en) | Valve bag sealing machine | |
| CN107500016A (en) | Horizontal operation rock wool pendulum cloth cotton machine | |
| CN205770376U (en) | A kind of quickly bull ladle installation | |
| CN203079392U (en) | Crease-preventing mechanism in cutting of woven bags | |
| CN209225948U (en) | A kind of product classification conveying device | |
| CN102120369A (en) | Plastic bag folding machine | |
| CN208119487U (en) | A kind of packing machine bottle separating device | |
| CN207890584U (en) | A kind of dairy products packing box subpackage mechanism | |
| CN206494174U (en) | A kind of multifunctional high speed packing machine differential feed arrangement | |
| CN108382653A (en) | The feed bin mechanism of automatic boxing machine | |
| CN205311955U (en) | Automatic categorised all -in -one of packing | |
| CN108974835A (en) | A kind of carton stacking machine | |
| CN209552566U (en) | Bag Making Machine portable feed mechanism | |
| CN103072843B (en) | Cutting crease-resistant mechanism for woven bag | |
| CN203211950U (en) | Automatic bag-type handling system with right-angle ladle-to-ladle mechanism and right-angle ladle-to-ladle mechanism | |
| CN203064702U (en) | Carbon strip conveying mechanism | |
| CN109436658A (en) | A kind of product classification conveying device and method | |
| CN220501916U (en) | Pulling mechanism for sorting and sorting round soft sweets | |
| CN206494175U (en) | A kind of multifunctional high speed packing machine lifts organizing apparatus |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |