CN109127967A - Spring conveying device and bagged-spring production equipment - Google Patents
Spring conveying device and bagged-spring production equipment Download PDFInfo
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- CN109127967A CN109127967A CN201810902690.8A CN201810902690A CN109127967A CN 109127967 A CN109127967 A CN 109127967A CN 201810902690 A CN201810902690 A CN 201810902690A CN 109127967 A CN109127967 A CN 109127967A
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- spring
- conveying
- baffle
- conveyer belt
- switching
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 38
- 238000001179 sorption measurement Methods 0.000 claims abstract description 28
- BGOFCVIGEYGEOF-UJPOAAIJSA-N helicin Chemical compound O[C@@H]1[C@@H](O)[C@H](O)[C@@H](CO)O[C@H]1OC1=CC=CC=C1C=O BGOFCVIGEYGEOF-UJPOAAIJSA-N 0.000 claims description 8
- 238000010521 absorption reaction Methods 0.000 claims description 4
- 238000009826 distribution Methods 0.000 claims description 4
- 230000005389 magnetism Effects 0.000 claims description 4
- 238000012856 packing Methods 0.000 abstract description 3
- 230000006835 compression Effects 0.000 description 7
- 238000007906 compression Methods 0.000 description 7
- 238000004804 winding Methods 0.000 description 5
- 238000005516 engineering process Methods 0.000 description 4
- 229910000831 Steel Inorganic materials 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 239000010959 steel Substances 0.000 description 2
- 229910000639 Spring steel Inorganic materials 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 238000005538 encapsulation Methods 0.000 description 1
- 230000035939 shock Effects 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B21—MECHANICAL METAL-WORKING WITHOUT ESSENTIALLY REMOVING MATERIAL; PUNCHING METAL
- B21F—WORKING OR PROCESSING OF METAL WIRE
- B21F35/00—Making springs from wire
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Structure Of Belt Conveyors (AREA)
Abstract
The invention discloses a kind of spring conveying device and bagged-spring production equipments, the spring conveying device includes switching conveying appliance and pack conveying device, packing conveying device includes magnetic part, two the first baffle conveyings and two first conveyer belts, first conveyer belt is set around the first baffle conveying, magnetic part is located at least one of two the first baffle conveyings, the distance of two the first baffle conveyings is gradually reduced along conveying direction, spring is delivered between two first conveyer belts switching conveying appliance and spring is gradually compressed, when retentivity and magnetic part of two first conveyer belts to spring are greater than retentivity of the switching conveying appliance to spring to the sum of adsorption capacity of spring, spring is detached from switching conveying appliance between two the first baffle conveyings.Spring conveying device of the invention, the high reliablity that spring is detached from, disengaging configuration are easy determination, improve production efficiency.
Description
Technical field
The present invention relates to bagged-spring manufacturing technology fields, more particularly, to a kind of spring conveying device and packed bullet
Spring production equipment.
Background technique
Bagged-spring, also commonly referred to as spring string, are widely used in the core of production mattress and sofa, and spring string has multiple
Spring, multiple springs are located in the pocket of spring bag being separated from each other.Bullet is being produced using bagged-spring production equipment
In spring, spring one by one is made in steel wire by spring coiling machine, and spring is then transported to bullet from spring coiling machine by spring switching conveying mechanism
Spring packs conveying mechanism, and spring is transported in bag and welds to encapsulate spring by spring pack conveying mechanism, so that spring be made
String.In the process, spring is needed reliably to be detached from spring switching conveying mechanism and then be accepted by spring pack conveying mechanism
And conveying.In the related technology, spring is detached from unreliable with spring switching conveying mechanism, and disengaging configuration is difficult to determine.
Summary of the invention
The application is to be made based on inventor to the discovery of following facts present in the relevant technologies and problem and understanding:
Document CN103879604A discloses a kind of bagged-spring production compression conveyer structure, bagged-spring production compression
Conveying mechanism includes spring conveying mechanism and spring-compressed conveying mechanism, and spring conveying mechanism accepts spring from spring coiling machine, then
Spring is transferred to spring-compressed conveying mechanism, wherein spring conveying mechanism includes the band body of runway shape, and band body, which is equipped with, to be used for
Adsorb the magnetic suction block of spring, spring-compressed conveying mechanism include it is opposite be set on the rack two baffles, two baffles it
Between direction (conveying direction) of the distance from rear end towards front end be gradually reduced, rotating around being equipped with conveyer belt on the outside of two baffles,
For conveying spring along conveying direction.With spring conveying mechanism band body rotate, the spring adsorbed thereon enter two baffles it
Between and by band body along conveying direction convey, since the distance between two baffles are gradually reduced along conveying direction, spring is by two
Baffle gradually reduces, when spring-compressed to a certain extent after, i.e., spring is greater than magnetic suction block pair frictional force between conveyer belt
When the retentivity of spring, spring and spring switching conveying mechanism be detached from and the conveyer belt by being set around on two baffles two baffles it
Between continue to convey along conveying direction.
The bagged-spring production compression conveyer structure that above-mentioned document discloses has the following problems: spring relies on itself and conveyer belt
Between frictional force and spring conveying mechanism be detached from, i.e., be only greater than magnetic suction block pair frictional force between conveyer belt when spring
When the adsorption capacity of spring, spring could be detached from spring conveying mechanism.Decrement of the spring between two baffles influences the frictional force,
Only after the decrement of spring reaches certain value, spring is just greater than magnetic suction block to spring frictional force between conveyer belt
Adsorption capacity.
It is known to those skilled in the art that spring must be mattress core design needs by compressing a certain amount of before pack
, it is therefore an objective to design the hardness of mattress core.I.e. when designing mattress core, in order to design mattress core hardness and
Thickness equidimension, needs to design the model of spring steel wire, and design hair spring (is uncompressed before the pack that spring coiling machine is produced
Spring) length, spring is to the tensile force of bag after designing the decrement and design pack of spring.In other words, in packed bullet
In the production of spring, spring must be compressed certain decrement before pack to meet design requirement.Therefore, spring is packing
Decrement before is limited by bagged-spring design, rather than arbitrarily setting.
In the bagged-spring production compression conveyer structure that above-mentioned document discloses, on the one hand the decrement of spring will meet bag
The design requirement of shock mount (mattress core) on the other hand will also meet the requirement that spring can be detached from spring conveying mechanism, i.e.,
The decrement of spring is limited by two aspect factors, and the bagged-spring that thus above-mentioned document discloses produces compression conveyer structure,
It is detached from unreliable, disengaging configuration with spring conveying mechanism there are spring to be difficult to determine, the bagged-spring of production can not meet simultaneously
The problem of design requirement and disengaging require.
In other words, in the above documents, the decrement of spring, which will not only meet, makes spring frictional force between conveyer belt
Greater than spring conveying mechanism magnetic suction block to the adsorption capacity of spring, but also to meet the design requirement of bagged-spring.
It will be understood by those skilled in the art that in the above documents, spring the smallest front end of distance between two baffles
Decrement is maximum, therefore spring is maximum in the front end of two baffles frictional force between conveyer belt, and at least the maximal friction is (maximum
Decrement) it allows for so that spring is detached from spring conveying mechanism, i.e., distance is the smallest between two baffles of arrival at the latest for spring
One must be detached from spring conveying mechanism.Continue moreover, the document has been expressly recited after spring is detached from spring conveying mechanism
Conveyer belt conveying outside by baffle, i.e. spring are de- with spring conveying mechanism before distance the smallest one between two baffles of arrival
From in other words, spring must be detached from before its decrement reaches maximum with spring conveying mechanism.
But in the above documents, if amount of spring compression required by bagged-spring design is less than spring in two baffles
Between distance the smallest one maximum compressibility when, then the decrement of spring can not meet design requirement simultaneously and spring is de-
Requirement from spring conveying mechanism.For example, the maximum compressibility of the spring of the design requirement of bagged-spring is 10 millimeters, and in order to
Spring is set to be detached from spring conveying mechanism, the decrement of spring is at least 20 millimeters, sets if the maximum compressibility of spring will meet
Meter requires (decrement is less than 10 millimeters), then cannot achieve spring and spring conveying mechanism is detached from, whereas if decrement will expire
The requirement (decrement is at least 20 millimeters) that sufficient spring and spring conveying mechanism are detached from, then be unable to satisfy design requirement.
Moreover, in the above documents, since frictional force and spring conveying mechanism that spring only relies on itself and conveyer belt are detached from,
Disengaging configuration of the spring between two baffles be not easy to determine, especially with the variation of spring model, manufactures the steel wire of spring
Stiffness variation, there is variation in the disengaging configuration of spring, or even bring the problem of cannot being detached from.
In addition, due to spring only rely on its frictional force between conveyer belt with spring conveying mechanism be detached from, spring with it is defeated
It send and is easy to skid between band, the reliability and conveyer belt that spring is detached from influence subsequent pack to the poor reliability of the conveying of spring,
Reduce production efficiency.
The present invention is directed to solve at least some of the technical problems in related technologies.For this purpose, the present invention one
Aspect proposes a kind of bagged-spring production equipment, and the decrement of the bagged-spring production equipment spring can easily meet de-
From the high reliablity being detached from bagged-spring design requirement, spring is required, disengaging configuration is easily determined, improves production efficiency.
Another aspect of the present invention also proposed a kind of spring conveying device.
The bagged-spring production equipment of embodiment according to a first aspect of the present invention includes: rack；Spring coiling machine is used for bullet
Spiral helicine spring is made in spring wire；Spring conveying device, the spring conveying device includes switching conveying appliance and pack
Conveying device, the switching conveying appliance are used to receive the spring from the spring coiling machine, the pack conveying device for from
The switching conveying appliance accepts the spring and conveys the spring along conveying direction, and the pack conveying device includes magnetism
Part, two the first baffle conveyings and two first conveyer belts, one of first conveyer belt are set around first baffle conveying
On, another first conveyer belt is set around on another first baffle conveying, the distance between two described first baffle conveyings
It being gradually reduced along the conveying direction, the top between two first baffle conveyings is arranged in the switching conveying appliance,
The magnetic part is located at least one of the rack and two first baffle conveyings；The wherein switching conveying dress
It sets and the spring is delivered between two first conveyer belts and drives the spring along the conveying direction from two institutes
The biggish direction of distance between the first baffle conveying is stated apart from a lesser movement, the spring is at two described first
Be gradually reduced when being moved between baffle conveying along the conveying direction with distance between two first baffle conveyings and by by
Gradually compress, when two first conveyer belts to the retentivity of the spring and the magnetic part to the adsorption capacity of the spring it
And when being greater than the switching conveying appliance to the retentivity of the spring spring between two first baffle conveyings
It is detached from the switching conveying appliance.
Bagged-spring production equipment according to an embodiment of the present invention, due to being provided with magnetic part, by magnetic part to spring
Adsorption capacity so that spring is detached from switching conveying appliance, it is only necessary to consider magnetic part to the adsorption capacity of spring and switching conveying appliance pair
Relationship between the retentivity of spring, without considering that spring is detached from the limitation to spring frictional force between conveyer belt.
In embodiments herein, although there are certain frictional force between spring and two first conveyer belts, the frictional force be by
It must be caused by compression nature, although objectively the frictional force can assist spring disengaging switching defeated before pack in spring
Device is sent, but can only consider magnetic part to the adsorption capacity of spring when realizing that spring is detached from switching conveying appliance and transfer defeated
Send device to the relationship between the retentivity of spring.To which maximum compressibility of the spring between two the first baffle conveyings is only
The design requirement for considering to meet bagged-spring is needed, (frictional force and decrement are just to decrement without considering spring disengaging
It is related) requirement.It, can by changing the parameter of magnetic part, such as the magnetic size and size and magnetic part number of magnetic part
Easily to change the adsorption capacity to spring, to change magnetic part to the adsorption capacity of spring, it is ensured that spring can reliably take off
From switching conveying appliance, it thus both can guarantee that the maximum compressibility of spring meets the design requirement of bagged-spring, can also guarantee
Spring is reliably detached from switching conveying appliance, be will not influence subsequent pack, is improved production efficiency.Moreover, because being provided with
Magnetic part, disengaging configuration of the spring between two the first baffle conveyings are easily determined.
In some embodiments, have on the surface of the first conveyer belt for spring described in clamping to increase described the
Multiple protrusions of one conveyer belt to the retentivity of the spring.Thereby, it is possible to increase first conveyer belt to the retentivity of spring, keep away
It skids between spring free and conveyer belt, further improves reliability and spring disengaging turn that first conveyer belt conveys spring
Connect the reliability of conveying device.
In some embodiments, the protrusion is on the surface of the first conveyer belt at discrete spot distribution.
In some embodiments, the pack conveying device further includes two the second conveyer belts and is located in the rack
Two the second baffle conveyings, second conveyer belt are set around on second baffle conveying, another the second conveyer belt winding
In on another second baffle conveying, one of them the second baffle conveying is located at the front of first baffle conveying, and this
The rear end of second baffle conveying is adjacent with the front end of first baffle conveying, another second baffle conveying is located at another
The front of first baffle conveying, the wherein front end of the rear end of another second baffle conveying and another first baffle conveying
Adjacent, the spring after being detached from the switching conveying appliance is continued to be fed forward to two by two first conveyer belts
Between second conveyer belt.
In some embodiments, the distance between two described second baffle conveyings are constant along the conveying direction.
In some embodiments, a first conveyer belt and second conveyer belt are same belt, and another
One first conveyer belt and another described second conveyer belt are same belt.
In some embodiments, the magnetic part is multiple, and multiple magnetic parts are relative to two first conveyings
The middle line of baffle is symmetrical arranged.
In some embodiments, the angle between two first baffle conveyings is adjustable and/or one described first defeated
Send baffle displaceable relative to another the first baffle conveying in the transverse direction for being orthogonal to the conveying direction.
In some embodiments, the magnetic part is adjacent to the setting of the front end of two first baffle conveyings and the spring
The disengaging configuration of the switching conveying appliance is detached from adjacent to the front end of first baffle conveying.
In some embodiments, the switching conveying appliance includes switching conveyer belt, and the switching conveyer belt is runway shape
And including front arc section and rear arc section and the upper flat segments being connected between the front arc section and the rear arc section and
Lower flat segments, be equipped at intervals on the switching conveyer belt it is multiple for adsorbing magnetic suction blocks to keep the spring, described turn
Conveyer belt is connect to operate so that the spring adsorbed by the magnetic suction block in the lower flat segments is at two described first
It moves and is compressed between baffle conveying, when two first conveyer belts are to the retentivity and the magnetic part pair of the spring
When the sum of adsorption capacity of the spring is greater than adsorption capacity of the magnetic suction block to the spring, the spring is detached from the magnetism
Suction block and continue to convey along conveying direction by two first conveyer belts clampings.
In some embodiments, the front end of the lower flat segments of the switching conveyer belt and two first baffle conveyings
Front end alignment or the rear positioned at the front end of two first baffle conveyings.
The spring conveying device of embodiment according to a second aspect of the present invention includes: rack；Switching conveying appliance；It packs defeated
Device is sent, the pack conveying device is accepted the spring that the switching conveying appliance conveying comes and compressed, and the pack is defeated
Sending device includes that magnetic part, opposite two the first baffle conveyings being set in the rack and correspondence are set around two described first
Two first conveyer belts on baffle conveying, the magnetic part are located in the rack and two first baffle conveyings extremely
On one few, the distance between two described first baffle conveyings are gradually reduced from one to other end, the switching conveying dress
The top between two first baffle conveyings is installed, the switching conveying appliance conveys the spring to described in two
Drive the spring larger from distance between two first baffle conveyings between first baffle and by two first conveyer belts
One be moved to apart from lesser one, with described in two when the spring moves between two first baffle conveyings
Distance is gradually reduced and is gradually compressed between first baffle conveying, and is compressed to latter two institute to a certain degree in the spring
It states first conveyer belt and the switching is greater than to the sum of adsorption capacity of the spring to the retentivity of the spring and the magnetic part
Conveying device is to the retentivity of the spring, so that the spring be made to be detached from described turn between two first baffle conveyings
Connect conveying device.
In some embodiments, have on the surface of the first conveyer belt for spring described in clamping to increase described the
Multiple protrusions of one conveyer belt to the retentivity of the spring.
In some embodiments, the pack conveying device further includes two the second conveyer belts and is located in the rack
Two the second baffle conveyings, the distance between two described second baffle conveyings are constant along the conveying direction, and one second defeated
Band is sent to be set around on second baffle conveying, another second conveyer belt is set around on another second baffle conveying, wherein
One the second baffle conveying is located at the front of first baffle conveying, and the rear end of second baffle conveying and this
The front end of one baffle conveying is adjacent, another the second baffle conveying is located at the front of another the first baffle conveying, this another
The rear end of second baffle conveying is adjacent with the front end of another first baffle conveying, the spring and the switching conveying appliance
Continue to be fed forward between two second conveyer belts by two first conveyer belt clampings after disengaging.
In some embodiments, a first conveyer belt and second conveyer belt are same belt, and another
One first conveyer belt and another described second conveyer belt are same belt.
In some embodiments, the magnetic part is multiple, and multiple magnetic parts are relative to two first conveyings
The middle line of baffle is symmetrical arranged.
In some embodiments, the switching conveying appliance includes switching conveyer belt, and the switching conveyer belt is runway shape
And including front arc section and rear arc section and the upper flat segments being connected between the front arc section and the rear arc section and
Lower flat segments, be equipped at intervals on the switching conveyer belt it is multiple for adsorbing magnetic suction blocks to keep the spring, described turn
Conveyer belt is connect to operate so that the spring adsorbed by the magnetic suction block in the lower flat segments is at two described first
It moves and is compressed between baffle conveying, when two first conveyer belts are to the retentivity and the magnetic part pair of the spring
When the sum of adsorption capacity of the spring is greater than adsorption capacity of the magnetic suction block to the spring, the spring is detached from the magnetism
Suction block and continue to convey along conveying direction by two first conveyer belts clampings.
Detailed description of the invention
Fig. 1 is the schematic diagram of spring conveying equipment according to an embodiment of the present invention.
Fig. 2 is the partial enlarged view of pack conveying device according to an embodiment of the present invention.
Fig. 3 is the sectional view of pack conveying device according to an embodiment of the present invention.
Appended drawing reference:
Pack conveying device 100, the first baffle conveying 1, first conveyer belt 2, magnetic part 3, protrusion 4, the second baffle conveying
5, the second conveyer belt 6, switching conveying appliance 200, conveyer belt 201 of transferring, conveying seat 202, spring 300.
Specific embodiment
The embodiment of the present invention is described below in detail, examples of the embodiments are shown in the accompanying drawings.Below with reference to
The embodiment of attached drawing description is exemplary, it is intended to is used to explain the present invention, and is not considered as limiting the invention.
Bagged-spring production equipment according to an embodiment of the present invention includes rack (not shown), spring coiling machine (not shown) and bullet
Spring conveying device, spring coiling machine and spring conveying device are all provided on the rack.Spiral helicine bullet is made in wire of spring by spring coiling machine
Spring, spring conveying device receive spiral helicine spring and conveying spring from spring coiling machine to be packed.
The spring conveying device of bagged-spring production equipment according to an embodiment of the present invention is described below in detail.
As shown in Figure 1-3, spring conveying device according to some embodiments of the invention includes pack conveying device 100 and turns
Conveying device 200 is connect, switching conveying appliance 200 receives spiral helicine spring 300 from spring coiling machine, and spring 300 is transmitted to
Conveying device 100 is packed, pack conveying device 100 accepts the spring that the conveying of switching conveying appliance 200 comes and along the defeated of spring 300
It send direction (direction in Fig. 1 from back to front) to continue to convey in spring to bag, carries out welding encapsulation then bagged-spring is made
(i.e. spring string).
Spring 300 is shown as the direction in Fig. 1 from back to front in the conveying direction of pack conveying device 100.Here, it needs
Understand, the orientation or positional relationship of the instructions such as term "front", "rear" is to be based on the orientation or positional relationship shown in the drawings, only
It is that for the convenience of describing the present invention and simplifying the description, rather than the device or element of indication or suggestion meaning must have specifically
Orientation is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.
As shown in Figure 1-3, pack conveying device 100 includes two the first baffle conveyings 1 and two first conveyer belts 2 and magnetic
Property part 3.Two the first baffle conveyings 1 are all provided on the rack, and two the first baffle conveyings 1 are relative to each other and spaced apart.In other words,
Two the first baffle conveyings 1 are all provided on the rack and along the laterally relative to each other of the conveying direction for being orthogonal to spring 300.Here,
It is laterally the direction for being orthogonal to the conveying direction of spring 300, that is, is orthogonal to direction in the front-back direction.
One first conveyer belt 2 of winding on each first baffle conveying 1, in other words, a first conveyer belt 2 is set around one
On a first baffle conveying 1, another first conveyer belt 2 is set around on another first baffle conveying 1, i.e., two first conveyings
Baffle 1 and two first conveyer belts 2 correspond.
The distance between two first baffle conveyings 1 are gradually reduced along conveying direction, in other words, two the first baffle conveyings
1 has apart from biggish one and apart from lesser one, and apart from biggish one after two the first baffle conveyings 1
End, apart from lesser one front end in two the first baffle conveyings 1.Here, it is to be understood that two the first baffle conveyings
The distance between 1 distance between two the first baffle conveyings 1 horizontally.
The top between two the first baffle conveyings 1 is arranged in switching conveying appliance 200, thus switching conveying appliance 200
Spring 300 is transferred between two the first baffle conveyings 1 of pack conveying device 100.
Magnetic part 3 is located at least one of rack and two the first baffle conveyings 1.In other words, magnetic part 3 can be set
On the rack, can also be located in one or two of two the first baffle conveyings 1, can also set simultaneously on the rack, two
In one or two of first baffle conveying 1.In a specific embodiment, magnetic part 3 is located at two the first baffle conveyings 1
It is upper and arranged symmetrically relative to the middle line between two the first baffle conveyings 1, the spring being clamped between two first conveyer belts 2
300 both ends can be adsorbed by magnetic part 3.
Spring 300 is delivered between two first conveyer belts 2 by switching conveying appliance 100, and drives spring 300 along conveying
From between two the first baffle conveyings 1, the biggish direction of distance is apart from a lesser movement in direction, and spring 300 is at two
When moving between the first baffle conveying 1 along conveying direction, spring 300 gradually subtracts with the distance between two first baffle conveyings 1
It is small and be gradually compressed.When spring 300 is compressed to a certain degree, magnetic part 3 is to the adsorption capacity of spring 300 and two first
Conveyer belt 2 is greater than switching conveying appliance 200 to the retentivity of spring 300 to the sum of retentivity of spring 300, and spring 300 is two
Switching conveying appliance 200 is detached between a first baffle conveying 1.It is understood that the spring 300 after being detached from is by the first conveying
Band 2 continues to be fed forward.
Spring conveying device according to embodiments of the present invention and the bagged-spring production equipment with it, due to defeated first
It send and is provided with magnetic part 3 for adsorbing spring on baffle 1, it is first defeated to the adsorption capacity of spring 300 and two by magnetic part 3
Send the frictional force between band 2 and spring 300 that spring is made to be detached from switching conveying appliance 200.It is understood that due to the first conveying
With friction is small between 2 and spring 300, as long as magnetic part 3 is greater than switching conveying appliance 200 to the adsorption capacity of spring 300
To the retentivity of spring 300, so that it may so that spring 300 is detached from switching conveying appliance 200, typically without the above-mentioned frictional force of consideration
Size.
It will be understood by those skilled in the art that spring needs to compress before pack a certain amount of, which should meet bag
Spring-loaded design requirement.(i.e. spring 300 is at two for maximum compressibility between spring 300 and two the first baffle conveyings 1
Lesser one decrement of distance between first baffle conveying 1) meet under the premise of the design requirement of bagged-spring (as a result,
Maximal friction between spring 300 and first conveyer belt 2 determines), by changing the parameter of magnetic part 3, such as magnetic part 3
Magnetic size, so that it may change the adsorption capacity to spring 300, thus meets the requirement that spring is detached from switching conveying appliance, thus
Both it can guarantee that the maximum compressibility of spring 300 met the design requirement of bagged-spring, and can also guarantee that spring 300 and switching conveyed
Device 200 is reliably detached from, and be will not influence subsequent pack, is improved production efficiency.Moreover, because being provided with magnetic part 3, spring
300 disengaging configuration between two the first baffle conveyings 1 easily determines.
In some embodiments, as shown in figures 1 and 3, magnetic part 3 is arranged adjacent to the front end of two the first baffle conveyings 1,
And spring 300 is detached from the disengaging configuration of switching conveying appliance 200 adjacent to the front end of the first baffle conveying 1.In other words, magnetic part 3
It is located at the position of the front end face of neighbouring first baffle conveying 1, in spring 300 in 3 position of magnetic part and switching conveying appliance
200 are detached from.
In some embodiments, magnetic part 3 is equipped with multiple, and multiple magnetic parts 3 are relative in two the first baffle conveyings 1
Line is symmetrical arranged.For example, in a specific embodiment, there are two magnetic part 3 is set, two magnetic parts 3 are relative to two
The middle line of one baffle conveying 1 is symmetrical arranged, and in other words, first baffle conveying 1 is equipped with a magnetic part 3, another is defeated
Baffle 1 is sent to be equipped with another magnetic part 3, and two magnetic parts 3 are transversely oppositely arranged.Here, it is to be understood that " more
It is a " it is meant that at least two, such as two, three etc., unless otherwise specifically defined.
In some specific embodiments, the magnetic part 3 on first baffle conveying 1 is located at this one first conveying gear
The side of another neighbouring the first baffle conveying 1 of plate 1, the magnetic part 3 on another first baffle conveying 1 are located at this another
The side of the first baffle conveying of neighbouring said one 1 of first baffle conveying 1.In other words, the magnetic on two the first baffle conveyings 1
Property neighbouring two the first baffle conveyings 1 of part 3 between spring 300 be arranged, further improve magnetic part 3 as a result, to spring
The absorption of 300 ends.Optionally, magnetic part 3 can also be set on the rack.
In some embodiments, have multiple raised 4 on the surface of first conveyer belt 2, which is used for clamping spring
300 to increase first conveyer belt 2 to the retentivity of spring 300.Here, it is to be understood that " first conveyer belt 2 is to spring 300
Retentivity be construed as first conveyer belt 2 to 4 pairs of protrusion in the frictional force of spring 300 and the surface of first conveyer belt 2
The resultant force of the clamping power of the end of spring 300.In this embodiment, by having protrusion 4, energy on the surface of first conveyer belt 2
Enough increase first conveyer belt 2 to the retentivity of spring 300, skids between spring and conveyer belt to avoid the occurrence of, further mention
The reliability that high first conveyer belt 2 convey spring 300, furthermore, it is possible to increase the disengaging switching conveying appliance 200 of spring 300
When to the active force of spring 300 so that the disengaging configuration of spring 300 is further easy to determine and be detached from more reliable.
In some specific embodiments, protrusion 4 protrudes from the surface of first conveyer belt 2 contacted with spring 300, this
In, it is to be understood that when spring 300 is clamped between two first conveyer belts 2, what the end of spring 300 can touch
The surface of first conveyer belt 2 can be referred to as the feed surface of first conveyer belt 2, and protrusion 4 protrudes from the defeated of first conveyer belt 2 as a result,
Send surface.
In Fig. 1 and embodiment shown in Fig. 2, multiple raised 4 are equipped on the feed surface of two first conveyer belts 2,
And protrusion 4 is cylindric, multiple raised 4 are arranged to multiple rows of along the length direction uniform intervals of first conveyer belt 2, and each row's is convex
It plays 4 to arrange along the width direction uniform intervals of first conveyer belt 2, and the protrusion 4 in two first conveyer belts 2 is horizontally each other
It is correspondingly arranged.
In some embodiments, protrusion 4 is on the surface of first conveyer belt 2 at discrete spot distribution.In other words, protrusion 4
First conveyer belt 2 feed surface at discrete spot distribution.In some specific embodiments, protrusion 4 is cylindric or cone
Shape, it is to be understood that the present invention is not limited thereto, and those skilled in the art can be according to the actual situation it needs to be determined that protrusion 4
Concrete shape, as long as protrusion 4 from the feed surface of conveyer belt protrude, can with clamping convey spring 300.For example,
In other optional embodiments, protrusion 4 is strip, i.e. width of the length of protrusion 4 much larger than protrusion 4.Specifically, raised
4 strip to extend along the width direction of conveyer belt.Length direction uniform intervals of the protrusion 4 of multiple strips along conveyer belt
Arrangement.
It is understood that protrusion 4 can be integrally formed with conveyer belt, conveying can also be connected to after conveying belt forming
It on the feed surface of band, such as is bonded, the present invention is not limited thereto, the generation type those skilled in the art of protrusion 4 and conveyer belt
Member can be determined according to actual needs.
In some embodiments, as shown in Figure 1, pack conveying device 100 further includes two the second baffle conveyings 5 and two
Second conveyer belt 6, two the second baffle conveyings 5 are set on the rack relatively.In other words, two the second baffle conveyings 5 are each provided at machine
On frame and along the laterally relative to each other of the conveying direction for being orthogonal to spring 300.
Two the second baffle conveyings 5 are relative to each other and spaced apart along the transverse direction for the conveying direction for being orthogonal to spring 300, and first
Baffle conveying 1 and the second baffle conveying 5 are set gradually along direction from back to front, two the first baffle conveyings 1 and two second
Baffle conveying 5 corresponds, and the rear end of the first baffle conveying 1 and the front end of the second corresponding baffle conveying 5 are adjacent.It changes
Yan Zhi, second baffle conveying 5 are located at the front of first baffle conveying 1, and the rear end of this second baffle conveying 5
It is adjacent with the front end of this first baffle conveying 1；Another second baffle conveying 5 is located at another the first baffle conveying 1
Front, and the rear end of another second baffle conveying 5 is adjacent with the front end of another first baffle conveying 1.Here, it needs
Both understand, " adjacent " refers to that spacing between the two is relatively small, i.e., will not can contact apart from too far, can also be with
It is spaced apart a small distance.
One the second conveyer belt 6 of winding on each second baffle conveying 5, i.e. second conveyer belt 6 are set around one
On two baffle conveyings 5, another second conveyer belt 6 is set around on another second baffle conveying 5, with switching conveying appliance 200
Spring 300 after disengaging is continued to be fed forward between two the second conveyer belts 6 by two clampings of first conveyer belt 2, and by two
A second conveyer belt, 6 clamp springs 300 continue to be fed forward.
It in this embodiment, include two the first baffle conveyings, 1, two first conveyer belt by pack conveying device 100
2, two the second baffle conveyings 5 and two the second conveyer belts 6, two the first baffle conveyings 1 and two first conveyer belts 2 constitute dress
Before the back segment of bag conveying device 100, two the second baffle conveyings 5 and two the second conveyer belts 6 constitute pack conveying device 100
Section, wherein switching conveying appliance 200 is located at the top of leading portion, and by the conveying of switching conveying appliance 200 Lai spring 300 in back segment
It is interior be detached from switching conveying appliance 200 and continue to be clamped by two first conveyer belts 2 and be delivered to two the second conveyer belts 6 it
Between.
In some embodiments, as shown in Figure 1, the distance between two second baffle conveyings 5 are along the conveying side of spring 300
To remaining unchanged, in other words, two the second baffle conveyings 5 are parallel to each other and interval is arranged.Here, it is to be understood that two
The distance between second baffle conveying 5 is the distance between two the second baffle conveyings 5 horizontally.
In some embodiments, a first conveyer belt 2 and second conveyer belt 6 are same belt, and another the
One conveyer belt 2 is same belt with another second conveyer belt 6.In other words, first conveyer belt 2 and the second corresponding conveying
Band 6 is single belt, which is wound around the first baffle conveying 1 and second conveying corresponding with first baffle conveying 1
On baffle 5.
In some embodiments, the angle between two the first baffle conveyings 1 is adjustable, in this embodiment, passes through adjusting
Angle between two the first baffle conveyings 1, can be applicable in different model spring, improve the applicability of pack conveying device.
In some embodiments, at least one of two first baffle conveyings 1 are in the conveying direction for being orthogonal to spring 300
Transverse direction on can be shifted, in other words, first baffle conveying 1 is horizontally removable relative to another first baffle conveying 1
Position, and/or, another first baffle conveying 1 is horizontally displaceable relative to first baffle conveying, to change two
Spacing between a first baffle conveying 1 horizontally, to adapt to the spring 300 of different length.In some specific embodiments
In, at least one of two second baffle conveyings 5 can be shifted in the transverse direction of conveying direction for being orthogonal to spring 300, to adjust
Save spacing horizontally between two the second baffle conveyings 5.Here, it is to be understood that " displacement " is defined as baffle conveying
Another position is moved to from a position and can be fixed.
In some embodiments, as shown in Figure 1, switching conveying appliance 200 includes switching conveyer belt 201, conveyer belt of transferring
201 be runway shape, and conveyer belt 201 of transferring includes front arc section, rear arc section, upper flat segments and lower flat segments, wherein upper flat
Straight section and lower flat segments are both connected between front arc section and rear arc section, and upper flat segments are located at the top of lower flat segments.
Conveyer belt 201 of transferring is equipped with multiple conveying seats 202 for retaining spring 300, and multiple conveying seats 202 are along switching
The circumferential uniform intervals of conveyer belt 201 arrange that conveying seat 202 is equipped with magnetic suction block (not shown), and magnetic suction block can be adsorbed
To keep spring 300, switching conveyer belt 201 operates so that the spring 300 adsorbed by magnetic suction block in lower flat segments is two
It moves and is compressed between a first baffle conveying 1, when retentivity and magnetic part 3 of two first conveyer belts 2 to spring 300 are right
When the sum of adsorption capacity of spring 300 is greater than adsorption capacity of the magnetic suction block to spring 300, spring 300 is detached from magnetic suction block and by two
A clamping of first conveyer belt 2 continues to convey along conveying direction.
In this embodiment, it is each conveying seat 202 on adsorbable one by spring coiling machine transmitting come spring 300, and by turn
It connects conveyer belt 201 and completes conveying.By the way of magnetic absorption, structure is simple, conveys from the transfer of spring coiling machine and from switching
The transfer of device 200 to pack conveying device 100 is simple and convenient.In further embodiments, switching conveying appliance 200 and unlimited
Be formed in the form of conveyer belt convey, for example, switching conveying appliance 200 can by the way of conveyor chain or delivery wheel,
Those skilled in the art can need to be determined according to the actual situation.
In some specific embodiments, the front end of the lower flat segments for conveyer belt 201 of transferring and two the first baffle conveyings 1
Front end alignment or lower flat segments front end be located at two the first baffle conveyings 1 front end rear.In this embodiment,
It, can be so that spring 300 be in two the first baffle conveyings 1 by limiting lower position of the flat segments relative to the first baffle conveying 1
Between be detached from switching conveying appliance 200.
In some embodiments, switching conveying appliance 100 further includes rack (not shown), two 1 phases of the first baffle conveying
To setting on the rack, in other words, two the first baffle conveyings 1 are all provided on the rack, and two the first baffle conveyings 1 are along being orthogonal to
The transverse direction of the conveying direction of spring 300 is opposite to each other.In some specific embodiments, two the second baffle conveyings 1 are also opposite
If on the rack, in other words, two the first baffle conveyings, 1, two the second baffle conveying 1 is all provided on the rack, and two first
Baffle conveying 1 along the conveying direction for being orthogonal to spring 300 laterally opposite to each other, two the second baffle conveyings 6 are along being orthogonal to bullet
The transverse direction of the conveying direction of spring 300 is opposite to each other.
Below with reference to the accompanying drawings 1-3 describes the bagged-spring production equipment of specific embodiment according to the present invention.
As shown in Figure 1-3, bagged-spring production equipment according to an embodiment of the present invention includes rack (not shown), spring coiling machine
Spiral helicine spring is made in wire of spring by (not shown) and spring conveying device, spring coiling machine, and spring conveying device is from wind spring
Spiral helicine spring and conveying spring are received on machine.
Spring conveying device includes pack conveying device 100 and switching conveying appliance 200, and switching conveying appliance 200 is from volume
Spiral helicine spring 300 is received on spring machine, and spring 300 is transmitted to pack conveying device 100, and pack conveying device 100 is held
It connects the spring that the conveying of switching conveying appliance 200 comes and continues to convey spring along conveying direction.
Packing conveying device 100 includes two first conveyer belts 2, two magnetic part 3, two of the first baffle conveying 1, two
Second baffle conveying 5 and two the second conveyer belts 6.Two the first baffle conveyings 1 and two the second baffle conveyings 5 are each provided at rack
On, two the first baffle conveyings 1 are relative to each other and spaced apart along the transverse direction for the conveying direction for being orthogonal to spring 300, and two
Two baffle conveyings 5 are relative to each other and spaced apart along the transverse direction for the conveying direction for being orthogonal to spring 300.First baffle conveying 1 and
Two baffle conveyings 5 are set gradually along the conveying direction of spring 300 from back to front, two the first baffle conveyings 1 and two second
Baffle conveying 5 corresponds, and the rear end of the first baffle conveying 1 and the front end of the second corresponding baffle conveying 5 are adjacent.Often
One first conveyer belt 2 of winding on a first baffle conveying 1, in other words, a first conveyer belt 2 are set around one first conveying
On baffle 1, another first conveyer belt 2 is set around on another first baffle conveying 1；Winding on each second baffle conveying 5
One the second conveyer belt 6, in other words, second conveyer belt 6 are set around on second baffle conveying 5, another is second defeated
Band 6 is sent to be set around on another second baffle conveying 5.
The distance between two first baffle conveyings 1 are gradually reduced along conveying direction from back to front, in other words, two the
One baffle conveying 1 has distance between the two biggish one and apart from lesser one, and apart from biggish one the
The rear end of one baffle conveying 1, apart from lesser one front end in the first baffle conveying 1.Between two the second baffle conveyings 5
Distance is remained unchanged along the conveying direction of spring 300.Two magnetic parts 3 are respectively provided on two the first baffle conveyings 1, and two
Center line symmetrical setting of the magnetic part 3 relative to the channel between two the first baffle conveyings 1, two magnetic parts 3 are respectively adjacent to
The front end setting of two the first baffle conveyings 1, and the magnetic part 3 on first baffle conveying 1 is located at this one first conveying
The side of another neighbouring the first baffle conveying 1 of baffle 1, it is another that the magnetic part 3 on another first baffle conveying 1 is located at this
The side of the first baffle conveying of neighbouring said one 1 of a first baffle conveying 1.
One first conveyer belt 2 and corresponding second conveyer belt 6 are same belt, and another first conveying
Band 2 and another second conveyer belt 6 are same belt.All have multiple columned raised 4 on the surface of each belt, it is more
A raised 4 are arranged to multiple rows of along the length direction uniform intervals of each belt, and the protrusion 4 of each row is along the width side of each belt
It is arranged to uniform intervals, the protrusion 4 on two belts horizontally corresponds to each other setting, to increase conveyer belt to spring 300
Retentivity.
Fixture between two the first baffle conveyings 1 is adjustable, to be applicable in different model spring, improves applicability.Two
At least one of one baffle conveying 1 can be shifted in the transverse direction of conveying direction for being orthogonal to spring 300, first defeated to adjust two
Send spacing horizontally between baffle 1.At least one of two the second baffle conveyings 5 is in the conveying side for being orthogonal to spring 300
To transverse direction on can be shifted, to adjust spacing horizontally between two the second baffle conveyings 5.
Switching conveying appliance 200 includes switching conveyer belt 201, and switching conveyer belt 201 is runway shape, and conveyer belt of transferring
201 include front arc section, rear arc section, upper flat segments and lower flat segments, wherein before upper flat segments and lower flat segments are both connected to
Between segmental arc and rear arc section, and upper flat segments are located at the top of lower flat segments, and switching conveying appliance 200 is located at two first
Top between baffle conveying 1.The front end of the lower flat segments of switching conveyer belt 201 and the front end pair of two the first baffle conveyings 1
Together or the front end of lower flat segments be located at two the first baffle conveyings 1 front end rear.
Conveyer belt 201 of transferring is equipped with multiple conveying seats 202 for retaining spring 300, and multiple conveying seats 202 are along switching
The circumferential uniform intervals of conveyer belt 201 arrange that conveying seat 202 is equipped with magnetic suction block (not shown), and magnetic suction block can be adsorbed
To keep spring 300, switching conveyer belt 201 operates so that the spring 300 adsorbed by magnetic suction block in lower flat segments is two
Along the conveying direction of spring 300 from the biggish court of distance between two the first baffle conveyings 1 between a first baffle conveying 1
To apart from a lesser movement, when spring 300 is moved along the conveying direction of spring 300, spring 300 is kept off with two first conveyings
The distance between plate 1 is gradually reduced and is gradually compressed, and when spring 300 is compressed to a certain degree, conveys when two first
The absorption of retentivity and magnetic part 3 with 2 pairs of springs 300 to the sum of adsorption capacity of spring 300 greater than magnetic suction block to spring 300
When power, spring 300 is between two the first baffle conveyings 1 and the position of the front end of neighbouring two the first baffle conveyings 1 is detached from magnetic
Property suction block, and continue to be delivered between two the second conveyer belts 6 along conveying direction by the clamping of two first conveyer belts 2, and by two
A clamping of second conveyer belt 6 continues to convey.
In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show
The description of example " or " some examples " etc. means specific features, structure, material or spy described in conjunction with this embodiment or example
Point is included at least one embodiment or example of the invention.In the present specification, schematic expression of the above terms are not
It must be directed to identical embodiment or example.Moreover, particular features, structures, materials, or characteristics described can be in office
It can be combined in any suitable manner in one or more embodiment or examples.In addition, without conflicting with each other, the skill of this field
Art personnel can tie the feature of different embodiments or examples described in this specification and different embodiments or examples
It closes and combines.
Although the embodiments of the present invention has been shown and described above, it is to be understood that above-described embodiment is example
Property, it is not considered as limiting the invention, those skilled in the art within the scope of the invention can be to above-mentioned
Embodiment is changed, modifies, replacement and variant.
Claims (17)
1. a kind of bagged-spring production equipment characterized by comprising
Rack；
Spring coiling machine, for spiral helicine spring to be made in wire of spring；
Spring conveying device, the spring conveying device include switching conveying appliance and pack conveying device, the switching conveying
Device is used to receive the spring from the spring coiling machine, and the pack conveying device is used to accept institute from the switching conveying appliance
State spring and convey the spring along conveying direction, the pack conveying device include magnetic part, two the first baffle conveyings and
Two first conveyer belts, one of first conveyer belt are set around on first baffle conveying, another first conveyer belt around
On another first baffle conveying, the distance between two described first baffle conveyings gradually subtract along the conveying direction
Small, the top between two first baffle conveyings is arranged in the switching conveying appliance, and the magnetic part is located at the machine
On at least one of frame and two first baffle conveyings；
Wherein the spring is delivered between two first conveyer belts and drives the spring by the switching conveying appliance
It is moved from the biggish direction of distance between two first baffle conveyings apart from lesser one along the conveying direction,
With two first baffle conveyings when the spring moves between two first baffle conveyings along the conveying direction
Between distance be gradually reduced and be gradually compressed, when two first conveyer belts are to the retentivity of the spring and the magnetism
Part when being greater than the switching conveying appliance to the retentivity of the spring to the sum of adsorption capacity of the spring spring two
The switching conveying appliance is detached between a first baffle conveying.
2. bagged-spring production equipment according to claim 1, which is characterized in that have on the surface of the first conveyer belt
Have for spring described in clamping to increase the first conveyer belt to multiple protrusions of the retentivity of the spring.
3. bagged-spring production equipment according to claim 2, which is characterized in that the protrusion is in the first conveyer belt
Surface at discrete spot distribution.
4. bagged-spring production equipment according to claim 1, which is characterized in that further include two the second conveyer belts and setting
Two the second baffle conveyings in the rack, second conveyer belt are set around on second baffle conveying, another
Second conveyer belt is set around on another second baffle conveying, one of them second baffle conveying is located at first baffle conveying
Front, the rear end of second baffle conveying is adjacent with the front end of first baffle conveying, another second conveying
Baffle is located at the front of another the first baffle conveying, wherein the rear end of another second baffle conveying and this another first
The front end of baffle conveying is adjacent, and the spring after being detached from the switching conveying appliance is continued by two first conveyer belts
It is fed forward between two second conveyer belts.
5. bagged-spring production equipment according to claim 4, which is characterized in that between two second baffle conveyings
Distance it is constant along the conveying direction.
6. bagged-spring production equipment according to claim 1, which is characterized in that a first conveyer belt and one
Second conveyer belt is same belt, and another described first conveyer belt and another described second conveyer belt are same skin
Band.
7. bagged-spring production equipment according to claim 1, which is characterized in that the magnetic part is multiple, Duo Gesuo
The middle line that magnetic part is stated relative to two first baffle conveyings is symmetrical arranged.
8. bagged-spring production equipment according to claim 1, which is characterized in that between two first baffle conveyings
Angle is adjustable and/or first baffle conveying in the transverse direction for being orthogonal to the conveying direction relative to another
One baffle conveying is displaceable.
9. bagged-spring production equipment according to claim 1, which is characterized in that the magnetic part is adjacent to two described
The front end of one baffle conveying is arranged and the spring is detached from the disengaging configuration of the switching conveying appliance adjacent to first conveying
The front end of baffle.
10. bagged-spring production equipment according to claim 1 to 9, which is characterized in that the switching conveying
Device includes switching conveyer belt, and the switching conveyer belt for runway shape and including front arc section and rear arc section and is connected to institute
The upper flat segments and lower flat segments between front arc section and the rear arc section are stated, are equipped at intervals on the switching conveyer belt multiple
Keep the magnetic suction block of the spring for adsorbing, the switching conveyer belt operate so that in the lower flat segments by described
The spring that magnetic suction block adsorbs is moved and is compressed between two first baffle conveyings, when two described first
Conveyer belt is greater than the magnetic suction block pair to the sum of adsorption capacity of the spring to the retentivity of the spring and the magnetic part
When the adsorption capacity of the spring, the spring is detached from the magnetic suction block and is continued by two first conveyer belt clampings along defeated
Direction is sent to convey.
11. bagged-spring production equipment according to claim 10, which is characterized in that straight under the switching conveyer belt
The front end of section is aligned or behind the front end of two first baffle conveyings with the front end of two first baffle conveyings
Side.
12. a kind of spring conveying device characterized by comprising
Rack；
Switching conveying appliance；
Conveying device is packed, the pack conveying device is accepted the spring that the switching conveying appliance conveying comes and is compressed,
The pack conveying device includes that magnetic part, opposite two the first baffle conveyings being set in the rack and correspondence are set around two
Two first conveyer belts on a first baffle conveying, the magnetic part are located at the rack and two first conveyings
On at least one of baffle, the distance between two described first baffle conveyings are gradually reduced from one to other end, described
The top between two first baffle conveyings is arranged in switching conveying appliance, and the switching conveying appliance conveys the spring
To between two first baffles and by two first conveyer belts drive the springs from two first baffle conveyings it
Between distance biggish one be moved to apart from lesser one, when the spring moves between two first baffle conveyings
It is gradually reduced and is gradually compressed with distance between two first baffle conveyings, and be compressed to certain journey in the spring
It is big to the sum of adsorption capacity of the spring to the retentivity of the spring and the magnetic part to spend latter two described first conveyer belt
In the switching conveying appliance to the retentivity of the spring, to make the spring between two first baffle conveyings
It is detached from the switching conveying appliance.
13. spring conveying device according to claim 12, which is characterized in that have on the surface of the first conveyer belt
For spring described in clamping to increase the first conveyer belt to multiple protrusions of the retentivity of the spring.
14. spring conveying device according to claim 12, which is characterized in that further include two the second conveyer belts and being located at
Two the second baffle conveyings in the rack, the distance between two described second baffle conveyings along the conveying direction not
Become, second conveyer belt is set around on second baffle conveying, and it is second defeated that another second conveyer belt is set around another
It send on baffle, one of them the second baffle conveying is located at the front of first baffle conveying, second baffle conveying
Rear end is adjacent with the front end of first baffle conveying, another second baffle conveying is located at another the first baffle conveying
Front, the rear end of another second baffle conveying is adjacent with the front end of another first baffle conveying, the spring and institute
It states and continues to be fed forward to two second conveyer belts by two first conveyer belt clampings after switching conveying appliance is detached from
Between.
15. spring conveying device according to claim 14, which is characterized in that a first conveyer belt and an institute
Stating the second conveyer belt is same belt, and another described first conveyer belt and another described second conveyer belt are same skin
Band.
16. spring conveying device according to claim 14, which is characterized in that the magnetic part be it is multiple, it is multiple described
Magnetic part is symmetrical arranged relative to the middle line of two first baffle conveyings.
17. spring conveying device described in any one of 2-16 according to claim 1, which is characterized in that the switching conveying dress
It sets including conveyer belt of transferring, the switching conveyer belt and for runway shape and including front arc section and rear arc section be connected to described
Upper flat segments and lower flat segments between front arc section and the rear arc section are equipped at intervals with multiple use on the switching conveyer belt
In absorption to keep the magnetic suction block of the spring, the switching conveyer belt operate so that in the lower flat segments by the magnetic
The spring that property suction block adsorbs is moved and is compressed between two first baffle conveyings, when two it is described first defeated
Band is sent to be greater than the magnetic suction block to institute to the sum of adsorption capacity of the spring to the retentivity of the spring and the magnetic part
When stating the adsorption capacity of spring, the spring is detached from the magnetic suction block and is continued by two first conveyer belt clampings along conveying
Direction conveying.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810902690.8A CN109127967A (en) | 2018-08-09 | 2018-08-09 | Spring conveying device and bagged-spring production equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810902690.8A CN109127967A (en) | 2018-08-09 | 2018-08-09 | Spring conveying device and bagged-spring production equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109127967A true CN109127967A (en) | 2019-01-04 |
Family
ID=64792249
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810902690.8A Withdrawn CN109127967A (en) | 2018-08-09 | 2018-08-09 | Spring conveying device and bagged-spring production equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109127967A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112914298A (en) * | 2021-01-22 | 2021-06-08 | 广州市联柔机械设备有限公司 | Equipment for preparing bagged spring strings |
-
2018
- 2018-08-09 CN CN201810902690.8A patent/CN109127967A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112914298A (en) * | 2021-01-22 | 2021-06-08 | 广州市联柔机械设备有限公司 | Equipment for preparing bagged spring strings |
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| CB02 | Change of applicant information | ||
| CB02 | Change of applicant information |
Address after: 312000 Zhejiang province Shaoxing City Chengdong Lu Chi Lu No. 7 Applicant after: Zhejiang Huajian Intelligent Equipment Co.,Ltd. Address before: 312000 Zhejiang province Shaoxing City Chengdong Lu Chi Lu No. 7 Applicant before: ZHEJIANG HUAJIAN INTELLIGENT EQUIPMENT Co.,Ltd. |
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Application publication date: 20190104 |