CN208439475U - A kind of belt conveyor systems, conveyer belt and belt conveying and bounding system - Google Patents
A kind of belt conveyor systems, conveyer belt and belt conveying and bounding system Download PDFInfo
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- CN208439475U CN208439475U CN201820630641.9U CN201820630641U CN208439475U CN 208439475 U CN208439475 U CN 208439475U CN 201820630641 U CN201820630641 U CN 201820630641U CN 208439475 U CN208439475 U CN 208439475U
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- conveyer belt
- belt
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- gear
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Abstract
The utility model relates to a kind of belt conveyor systems, conveyer belt and belt conveying and bounding system, the belt conveying and bounding system include: belt conveyor systems, at least one binding apparatus (5) and at least one trigger device.The belt conveyor systems include: at least one set of first conveyer belt, and first conveyer belt described in every group includes at least a pair of of first conveyer belt, and the adjacent external surfaces of each pair of first conveyer belt are oppositely arranged in left and right；It is set several grooves (2) on each first conveyer belt outer surface, forms surrounding closure and transparent through-hole (3) between the groove (2) of two on the opposite outer surface of each pair of first conveyer belt at same position.It is transported at the same time it can also be quantitatively grouped in state in a vertical shape that the utility model can make the article being transported, and quantitatively ties up, and has easy to use, advantages of simple structure and simple.
Description
Technical field
The utility model relates to machinery field, specifically a kind of belt conveying and bounding system.
Background technique
In existing belt conveyor systems, the belt outer surface of conveying articles is generally level upward, or inclination is upward,
The article being transported then is in that vertical or lying status is located in belt outer surface, is transported to end from the starting point of conveying direction
Point.
Above-mentioned belt conveyor systems need article state in a vertical shape for subsequent handling (such as tying up) but itself cannot be in perpendicular
Straight state is located at for the article in belt outer surface (such as leek, celery vegetables), to subsequent handling it is efficient smoothly into
Row is very unfavorable.
Utility model content
In view of the deficiencies in the prior art, it the purpose of this utility model is to provide a kind of belt conveying and ties up and is
System, which can make the article being transported transported at the same time it can also be quantitatively grouped in state in a vertical shape, convenient for bundle
It pricks.
To achieve the above objectives, the utility model provides a kind of belt conveyor systems, comprising: two first conveyer belts,
Every first conveyer belt be it is back-shaped, outer surface is located in vertical plane, and in phase between two first conveyer belt adjacent external surfaces
To setting；
Set a roller respectively on the inside of the back-shaped both ends of every first conveyer belt, each roller is set in rack, roller band
Move the first conveyer belt operating on the outside of it；It does relative motion between two first conveyer belts；
Every first conveyer belt outer surface is equipped with several grooves, same position in two first conveyer belt adjacent external surfaces
Surrounding closure and transparent through-hole are formed between two grooves at place.
The belt conveyor systems are gone back in addition to the leek vegetables that the article of state in a vertical shape can be helped such as just to have cut down
Quantitative grouping can be carried out to article by the through-hole, convenient for quantitatively tying up.
Further, a starlike thumb wheel, each starlike thumb wheel are equipped in front of every first conveyer belt conveying direction section start
Periphery is uniformly arranged the identical wheel arm of several length, the direction of rotation of each starlike thumb wheel and angular velocity of rotation and adjacent roller
Direction of rotation it is identical with angular velocity of rotation；
When two starlike thumb wheel rotations, article to be conveyed is dialled in and is not yet closed outside two rollers of conveying direction starting point
It is then in be formed in two grooves of relative motion under the extruding of the wheel arm of relative motion at two in two grooves closed
Through-hole surrounds.
Further, the distance between two starlike thumb wheels are slightly larger than the sum of two wheel arm lengths；
Each starlike thumb wheel and adjacent the distance between roller are slightly less than wheel the sum of arm lengths and first conveyer belt thickness；
There are two wheel arm positive clock synchronizations on two starlike thumb wheels, are in just there are two the groove of relative motion and start to be closed
State.
Further, the roller of every first conveyer belt conveying direction front end is driving wheel, is driven by first motor, and
The starlike thumb wheel in front of the roller is driven to rotate by the first transmission device；
The roller of every first conveyer belt conveying direction rear end is driven wheel, is equipped with a first gear below；Two
It is mutually twisted between first gear, makes to run simultaneously between two first conveyer belts.
Further, the shape of section of each groove where perpendicular to it in first conveyer belt width direction is
Triangle, U-shaped, trapezoidal or arc, the arc are preferably semicircle；
And/or the belt conveyor systems further include the second conveyer belt, second conveyer belt is located at two first conveyings
The lower section of band, and the upper surface of second conveyer belt is perpendicular to the extending direction of through-hole.The effect of second conveyer belt is can be with
Play the role of support and synchronous transport to the lower end of conveyed article, to prevent the through-hole formed by the groove from wrapping
It encloses and the conveyed article that clamps falls off.
The utility model additionally provides a kind of quantitatively transmission leek conveyer belt, and the outer surface of the conveyer belt sets several recessed
Slot, each groove perpendicular to the section in conveyer belt width direction described in its shape be triangle, it is U-shaped, trapezoidal or
Arc, the arc are preferably semicircle；
When relative usage that the outer surface of two conveyer belts is vertical, formed between two grooves at same position
Surrounding closure and transparent through-hole.
The utility model additionally provides a kind of belt conveying and bounding system, the belt conveying include: with bounding system
Any of the above-described belt conveyor systems, at least one binding apparatus and at least one trigger device；
Each binding apparatus is set on the conveying direction of the belt conveyor systems；
Each trigger device passes through triggering in the through-hole on the belt conveyor systems to bundle；Then it opens
It moves the corresponding binding apparatus and bundle, which is tied up, to be waited for this.
Further, the binding apparatus includes pliers ontology；
The pliers ontology includes: binding clip, tong arm and articulated section；
The binding clip includes: the first binding clip and the second binding clip, the head of the head end of first binding clip and second binding clip
First binding clip and second binding clip surround the jaw with certain accommodation space after the docking of end；
The tong arm includes: the first tong arm and the second tong arm, and first tong arm is connect with the tail end of first binding clip,
Second tong arm is connect with the tail end of second binding clip, first binding clip and first tong arm and second binding clip
It is hinged by the articulated section with second tong arm；
The adhesive tape or rope of binding are set in the binding apparatus.
Further, the conveying direction end of first conveyer belt described in every group in the belt conveyor systems or nearly end
One binding apparatus of end setting；
The opening direction of the jaw of the binding apparatus is opposite with the conveying direction of first conveyer belt described in every group.
Further, each trigger device be set to each binding apparatus the jaw outside, in order to institute
State contacting and being triggered to bundle in through-hole.
Further, the trigger device is connected to motor, and controls the starting of the motor；The motor and cam connect
It connects, drives the rotation of the cam；The end of first tong arm of the binding apparatus or the end of second tong arm with
The cam connection, drives the jaw of the binding apparatus to open and close.
Further, the cam, which turns around, drives the jaw folding to tie up twice to realize；
Adhesive tape or rope can be pulled out when opening and closing for the first time；Wait for that bundle can be got into the jaw when second of folding,
It is surround and is tied up by the adhesive tape or rope；Binding method is identical as existing bundle branch machine, when such as tying up at the jaw contacts
Both ends are ordered with attachment such as staple the connection for together and cutting off the adhesive tape and subsequent tapes tied up, formation is tied up, the bundle
Bundle method is identical as existing bundle branch machine.
Further, second motor is connect and the specific structure of the rotation that drives the cam with cam are as follows: described
Second motor drives first bearing rotation, and first bearing connect with second bearing by conveyer belt and second bearing is driven to rotate,
Second bearing peripheral hardware second gear simultaneously drives second gear to rotate, and second gear and third gear are mutually twisted and drive third tooth
Wheel rotation, third gear centre set the first transmission shaft extended to the binding apparatus lower horizontal, the first transmission shaft peace
Loaded in rack, first transmission shaft passes through the first conical gear and drives the rotation of the first conical gear, the first conical gear
It is mutually twisted with the second conical gear and drives the second conical gear to rotate, set second driving shaft in the second conical gear and drive
Second driving shaft rotation, second driving shaft pass through cam and rotate with moving cam.
The utility model has the advantages that
The belt conveying and bounding system can make the article being transported transported simultaneously in state in a vertical shape, may be used also
It to be quantitatively grouped, and quantitatively ties up, there is easy to use, advantages of simple structure and simple.
Detailed description of the invention
The utility model has following attached drawing:
Fig. 1 is a kind of belt conveyor systems top view, and arrow direction represents conveying direction in figure.
Fig. 2 is the bottom view of Fig. 1 left end portion.
Fig. 3 is a kind of belt conveying and bounding system structural schematic diagram.
Wherein, appended drawing reference is as follows:
1 is first conveyer belt, and 2 be groove, and 3 be through-hole, and 4 be roller,
5 be binding apparatus, and 501 be the first binding clip, and 502 be the second binding clip, and 503 be jaw, and 504 be the first tong arm, 505
It is articulated section for the second tong arm, 506,
6 be cam, and 7 be rack, and 8 be starlike thumb wheel, and 9 be wheel arm, and 10 be first gear, and 11 be the first transmission device,
12 be the second motor, and 121 be first bearing, and 122 be conveyer belt, and 123 be second bearing, and 124 be second gear,
125 be third gear, and 127 be the first transmission shaft, and 128 be the first conical gear, and 129 be the second conical gear, and 130 pass for second
Moving axis.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
As depicted in figs. 1 and 2, the belt conveyor systems provided by the utility model include: two first conveyer belts, often
First conveyer belt 1 be it is back-shaped, outer surface is located in vertical plane, and in phase between two 1 adjacent external surfaces of first conveyer belt
To setting；
Set a roller 4 respectively on the inside of the back-shaped both ends of every first conveyer belt 1, each roller 4 is set in rack 7, roller
Wheel 4 drives the first conveyer belt 1 on the outside of it to operate；It does relative motion between two first conveyer belts 1；
Every 1 outer surface of first conveyer belt is equipped with the groove 2 of uniformly continuous distribution, and two first conveyer belts 1 are adjacent outer
Surrounding closure and transparent through-hole 3 are formed between two grooves 2 on surface at same position.
It is equipped with a starlike thumb wheel 8 in front of every 1 conveying direction section start of first conveyer belt, each starlike 8 periphery of thumb wheel is equal
The identical wheel arm 9 of 6 length of even setting, the direction of rotation of each starlike thumb wheel 8 and the rotation of angular velocity of rotation and adjacent roller 4
It is identical with angular velocity of rotation to turn direction；
When two starlike thumb wheel 8 rotations, article to be conveyed is dialled in outside two rollers 4 of conveying direction starting point not yet
Closure two grooves 2 in, then two in relative motion wheel arm 9 extruding under by be in relative motion two grooves 2
The through-hole 3 of formation surrounds.
The distance between two starlike thumb wheel 8 is slightly larger than the sum of two 9 length of wheel arm；
Each starlike thumb wheel 8 is slightly less than 9 length of wheel arm and 1 thickness of first conveyer belt with adjacent the distance between roller 4
The sum of；
There are two 9 positive clock synchronizations of wheel arm on two starlike thumb wheel 8, are in and start there are two the groove 2 of relative motion just
The state of closure.
The roller 4 of every 1 conveying direction front end of first conveyer belt is driving wheel, (is not drawn in figure by first motor driving
Out), and by the first transmission device 11 the starlike thumb wheel 8 in 4 front of roller is driven to rotate；As shown in the dotted line frame of Fig. 2: the
One transmission device 11 is the star that roller 4 finally drives 4 front of roller by the transmission of axis transmission, V belt translation, gear drive and axis
Shape thumb wheel 8 rotates；
The roller 4 of every 1 conveying direction rear end of first conveyer belt is driven wheel, is equipped with a first gear 10 below；
It is mutually twisted between two first gears 10, makes to run simultaneously between two first conveyer belts 1.
The shape of section of each groove 2 where perpendicular to it in 1 width direction of first conveyer belt is semicircle,
It can also be triangle, U-shaped, trapezoidal or other arcs, can be set according to specific demand.
The belt conveyor systems can also include the second conveyer belt (not shown), and second conveyer belt is located at two
The lower section of a first conveyer belt 1, and the upper surface of second conveyer belt is perpendicular to the extending direction of through-hole 3.
As shown in figure 3, the belt conveying provided by the utility model and bounding system, comprising: above-mentioned belt conveying system
System, wherein two first conveyer belts 1 set parallel up and down two layers altogether, and run simultaneously, and further include a binding apparatus 5,
It (is not drawn into figure) with a trigger device；
The binding apparatus 5 is set on the conveying direction of the belt conveyor systems；
The trigger device passes through triggering in through-hole 3 described on the belt conveyor systems to bundle；Then start
The corresponding binding apparatus 5 waits for that bundle is tied up to this.
In above-mentioned belt conveying and bounding system, the binding apparatus 5 includes pliers ontology；The pliers ontology packet
It includes: binding clip, tong arm and articulated section 506；
The binding clip includes: the first binding clip 501 and the second binding clip 502, the head end of first binding clip 501 and described the
First binding clip 501 and second binding clip 502 surround the pincers with certain accommodation space after the head end docking of two binding clips 502
Mouth 503；The accommodation space can should surround the object that is tied in a through-hole 3 just, can surround simultaneously more than two logical
It is tied object in hole 3, is set according to specific requirement；
The tong arm includes: the first tong arm 504 and the second tong arm 505, first tong arm 504 and first binding clip
501 tail end connection, second tong arm 505 are connect with the tail end of second binding clip 502, first binding clip 501 and institute
It is hinged by the articulated section 506 with second binding clip 502 and second tong arm 505 to state the first tong arm 504；
The adhesive tape or rope of binding are set in the binding apparatus 5.
In above-mentioned belt conveying and bounding system, the first conveyer belt 1 in the belt conveyor systems it is defeated
Send lower section (can also be for top, depending on the position bundled according to specific needs) one described bundle of setting of direction end end or proximal end
Bundling device 5；
The opening direction of the jaw 503 of the binding apparatus 5 is opposite with the conveying direction of the first conveyer belt 1.
In above-mentioned belt conveying and bounding system, 503 peripheral hardware of the jaw, one institute of each binding apparatus 5
Trigger device is stated, it can also be to be multiple, to guarantee the opening of the jaw 503.
In above-mentioned belt conveying and bounding system, the trigger device is connect with the second motor 12, control described second
The starting of motor 12；Second motor 12 is connect with cam 6, drives the rotation of the cam 6；The institute of the binding apparatus 5
The EDGE CONTACT for stating the end of the first tong arm 504 or the end of second tong arm 505 (as shown in Figure 3) and the cam 6 connects
It connects, the jaw 503 of the binding apparatus 5 is driven to open and close.
In above-mentioned belt conveying and bounding system, the cam 6, which turns around, drives the folding of jaw 503 twice.
In above-mentioned belt conveying and bounding system, second motor 12 connect with cam 6 and drives the cam 6
The specific structure of rotation are as follows: second motor 12 drives first bearing 121 to rotate, first bearing 121 by conveyer belt 122 with
Second bearing 123 connects and second bearing 123 is driven to rotate, and 123 peripheral hardware second gear 124 of second bearing simultaneously drives second gear
124 rotations, second gear 124 and third gear 125 are mutually twisted and third gear 125 are driven to rotate, 125 center of third gear
If the first transmission shaft 127 extended to 5 lower horizontal of binding apparatus, first transmission shaft 127 are installed in rack 7,
First transmission shaft 127 passes through the first conical gear 128 and drives the rotation of the first conical gear 128, the first conical gear 128
It is mutually twisted with the second conical gear 129 and the second conical gear 129 is driven to rotate, set the second biography in the second conical gear 129
Moving axis 130 simultaneously drives second driving shaft 130 to rotate, and second driving shaft 130 passes through cam 6 and rotates with moving cam 6.
The belt conveying of the utility model and the course of work of bounding system are as follows:
Belt conveyor systems are opened, to strapping goods (as just cutting is lower and leek of state in a vertical shape) from first conveyer belt
1 left side enters in through-hole 3, and the conveying direction to strapping goods along first conveyer belt 1 in each through-hole 3 moves, and works as contact
To binding apparatus 5 trigger device when, connect with trigger device the second motor 12 starting, and with moving cam 6 rotate, make to tie up
Second tong arm 505 of device 5 does periodical movement, triggers the folding of jaw 503 every time twice: can pull out when opening and closing for the first time
Adhesive tape or rope；It waits for that bundle can be got into the jaw 503 when second of folding, is surround by the adhesive tape or rope, institute
It states 503 contact position of jaw and both ends is ordered with staple the connection for together and cutting off the adhesive tape and subsequent tapes tied up, form bundle
It pricks, the binding method is identical as existing bundle branch machine.
The content being not described in detail in this specification belongs to the prior art well known to professional and technical personnel in the field.
Claims (10)
1. a kind of belt conveyor systems characterized by comprising two first conveyer belts (1), every first conveyer belt (1) are
Back-shaped, outer surface is located in vertical plane, and is in be oppositely arranged between two first conveyer belt (1) adjacent external surfaces；
It is set respectively a roller (4) on the inside of the back-shaped both ends of every first conveyer belt (1), each roller (4) is set to rack (7)
On, roller (4) drives the first conveyer belt (1) on the outside of it to operate；It does relative motion between two first conveyer belts (1)；
Every first conveyer belt (1) outer surface is equipped with several grooves (2), same in two first conveyer belt (1) adjacent external surfaces
Surrounding closure and transparent through-hole (3) are formed between two grooves (2) at one position.
2. belt conveyor systems as described in claim 1, it is characterised in that: every first conveyer belt (1) conveying direction starting
Place front is equipped with a starlike thumb wheel (8), and each starlike thumb wheel (8) periphery is uniformly arranged the identical wheel arm of several length (9), each
The direction of rotation of starlike thumb wheel (8) and angular velocity of rotation are identical as the direction of rotation of adjacent roller (4) and angular velocity of rotation；
When two starlike thumb wheel (8) rotates, article to be conveyed is dialled in into two rollers (4) of conveying direction starting point outside not yet
In two grooves (2) of closure, then at two in the extruding of the wheel arm (9) of relative motion under by recessed in two of relative motion
The through-hole (3) that slot (2) is formed surrounds.
3. belt conveyor systems as claimed in claim 2, it is characterised in that: the distance between two starlike thumb wheel (8) is bigger
In the sum of two wheel arm (9) length；
Each starlike thumb wheel (8) and adjacent the distance between roller (4) are slightly less than wheel arm (9) length and first conveyer belt (1)
The sum of thickness；
There are two wheel arm (9) positive clock synchronizations on two starlike thumb wheel (8), are in and open there are two the groove (2) of relative motion just
The state for the closure that begins.
4. belt conveyor systems as claimed in claim 2 or claim 3, it is characterised in that: before every first conveyer belt (1) conveying direction
The roller (4) at end is driving wheel, is driven by first motor, and is driven in front of the roller (4) by the first transmission device (11)
Starlike thumb wheel (8) rotation；
The roller (4) of every first conveyer belt (1) conveying direction rear end is driven wheel, is equipped with a first gear below
(10)；It is mutually twisted between two first gears (10), makes to run simultaneously between two first conveyer belts (1).
5. belt conveyor systems as claimed in claim 1 or 2, it is characterised in that: each groove (2) is perpendicular to its institute
The shape of section in first conveyer belt (1) width direction is triangle, U-shaped, trapezoidal or arc；
And/or the belt conveyor systems further include the second conveyer belt, second conveyer belt is located at two first conveyings
The lower section of band (1), and the upper surface of second conveyer belt is perpendicular to the extending direction of through-hole (3).
6. a kind of quantitatively transmit leek conveyer belt, it is characterised in that: the outer surface of the conveyer belt sets several grooves (2), often
A groove (2) is triangle, U-shaped, trapezoidal or arc in the shape perpendicular to the section in conveyer belt width direction described in its
Shape；
When relative usage that the outer surface of two conveyer belts is vertical, formed between two grooves (2) at same position
Surrounding closure and transparent through-hole (3).
7. a kind of belt conveying and bounding system, it is characterised in that: the belt conveying and bounding system include: claim
Any belt conveyor systems in 1-5, at least one binding apparatus (5) and at least one trigger device；
Each binding apparatus (5) is set on the conveying direction of the belt conveyor systems；
Each trigger device passes through triggering in through-hole (3) described on the belt conveyor systems to bundle；Then it opens
Moving the corresponding binding apparatus (5) should tie up in the through-hole (3) to bundle.
8. belt conveying as claimed in claim 7 and bounding system, it is characterised in that: the binding apparatus (5) includes pliers
Ontology；
The pliers ontology includes: binding clip, tong arm and articulated section (506)；
The binding clip includes: the first binding clip (501) and the second binding clip (502), the head end of first binding clip (501) and described the
First binding clip (501) and second binding clip (502), which surround, after the head end docking of two binding clips (502) has certain receiving empty
Between jaw (503)；
The tong arm includes: the first tong arm (504) and the second tong arm (505), first tong arm (504) and first binding clip
(501) tail end connection, second tong arm (505) connect with the tail end of second binding clip (502), first binding clip
(501) and first tong arm (504) and second binding clip (502) and second tong arm (505) pass through the articulated section
(506) hinged；
The adhesive tape or rope of binding are set in the binding apparatus (5).
9. belt conveying as claimed in claim 8 and bounding system, it is characterised in that: the institute in the belt conveyor systems
A binding apparatus (5) is arranged in the conveying direction end end or proximal end for stating first conveyer belt (1)；
The opening direction and the conveying direction phase of the first conveyer belt (1) of the jaw (503) of the binding apparatus (5)
It is right；
One trigger device of the jaw (503) peripheral hardware of each binding apparatus (5)；
The trigger device is connect with the second motor (12), controls the starting of second motor (12)；Second motor
(12) it is connect with cam (6), drives the rotation of the cam (6)；First tong arm (504) of the binding apparatus (5)
End or the end of second tong arm (505) are connect with the EDGE CONTACT of the cam (6), drive the binding apparatus (5)
The jaw (503) folding.
10. belt conveying as claimed in claim 9 and bounding system, it is characterised in that: second motor (12) and cam
(6) connect and drive the specific structure of the rotation of the cam (6) are as follows: second motor (12) drives first bearing (121)
Rotation, first bearing (121) are connect with second bearing (123) by conveyer belt (122) and second bearing (123) are driven to rotate,
Second bearing (123) peripheral hardware second gear (124) simultaneously drives second gear (124) to rotate, second gear (124) and third gear
(125) it is mutually twisted and third gear (125) is driven to rotate, third gear (125) center is set to below the binding apparatus (5)
Horizontal-extending first transmission shaft (127), first transmission shaft (127) are installed on rack (7), first transmission shaft
(127) the first conical gear (128) are passed through and drive the first conical gear (128) rotation, the first conical gear (128) and second
Conical gear (129) is mutually twisted and the second conical gear (129) is driven to rotate, and sets the second biography in the second conical gear (129)
Moving axis (130) simultaneously drives second driving shaft (130) to rotate, and second driving shaft (130) passes through cam (6) and turns with moving cam (6)
It is dynamic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820630641.9U CN208439475U (en) | 2018-04-28 | 2018-04-28 | A kind of belt conveyor systems, conveyer belt and belt conveying and bounding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820630641.9U CN208439475U (en) | 2018-04-28 | 2018-04-28 | A kind of belt conveyor systems, conveyer belt and belt conveying and bounding system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208439475U true CN208439475U (en) | 2019-01-29 |
Family
ID=65093957
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820630641.9U Expired - Fee Related CN208439475U (en) | 2018-04-28 | 2018-04-28 | A kind of belt conveyor systems, conveyer belt and belt conveying and bounding system |
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| Country | Link |
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| CN (1) | CN208439475U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108482739A (en) * | 2018-04-28 | 2018-09-04 | 宁夏大学 | A kind of belt conveying and bounding system |
| CN111409892A (en) * | 2020-05-08 | 2020-07-14 | 安阳工学院 | Full-automatic railway elastic strip bundling equipment |
-
2018
- 2018-04-28 CN CN201820630641.9U patent/CN208439475U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108482739A (en) * | 2018-04-28 | 2018-09-04 | 宁夏大学 | A kind of belt conveying and bounding system |
| CN108482739B (en) * | 2018-04-28 | 2023-10-03 | 宁夏大学 | Belt type conveying and bundling system |
| CN111409892A (en) * | 2020-05-08 | 2020-07-14 | 安阳工学院 | Full-automatic railway elastic strip bundling equipment |
| CN111409892B (en) * | 2020-05-08 | 2024-05-03 | 安阳工学院 | Full-automatic railway bullet strip bundling equipment |
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| CF01 | Termination of patent right due to non-payment of annual fee |
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| CF01 | Termination of patent right due to non-payment of annual fee |