CN207174804U - The square rotor of spring upset - Google Patents
The square rotor of spring upset Download PDFInfo
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- CN207174804U CN207174804U CN201720802110.9U CN201720802110U CN207174804U CN 207174804 U CN207174804 U CN 207174804U CN 201720802110 U CN201720802110 U CN 201720802110U CN 207174804 U CN207174804 U CN 207174804U
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- buckling groove
- swivel
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Abstract
A kind of square rotor of spring upset is the utility model is related to, belongs to processing or processing mattress coil technical field.Including swivel, rotating shaft and buckling groove, described swivel is square, is fixed in rotating shaft, and drive its rotation by rotating shaft；One buckling groove, the spring being sent into for buckle by its side are respectively set on four faces of swivel in turning circumference, and spring enters in buckling groove, i.e., synchronously rotated with swivel.The utility model is processed applied to spring, the particularly upset of spring, there is positioning stablity, upset efficiency high.
Description
Technical field
A kind of square rotor of spring upset is the utility model is related to, belongs to processing or processing mattress coil technology neck
Domain.
Background technology
Sping mattress is very universal in bed accessory field, to improve the production efficiency of sping mattress and automation journey
Degree, automated production equipment arise at the historic moment.Chinese patent 2010101153699 provides a kind of " fully-automatic production spring bed core
Method and apparatus ", realize volume yellow, upset conveying, the Automatic Production Line of string spring, its roll-over conveying system mainly passes through
The runner of included magnetic element realizes that runner is column structure, and around central axis, when runner rotates, spring-leaf retainer can quilt
Absorption realizes upset on runner, with the rotation of runner, and the upset structure for conveying improves the effect present in conventional manual mode
The defects of rate is low, error is big, and by the reversion of spring and arrangement form automatic flow, but in the course of conveying of longer flow
In, spring stability is poor, can not realize high-speed cruising, therefore production efficiency is relatively low.
Based on this, the application is made.
Utility model content
Processed for existing spring, particularly the stability in the presence of spring switching process is poor, process velocity is slow, effectively
The low defect of upset rate, the application provide a kind of square rotor of spring upset that can realize spring positioning and upset simultaneously.
To achieve the above object, the technical scheme that the application takes is as follows：
The square rotor of spring upset, including swivel, rotating shaft and buckling groove, described swivel are square, are fixed in rotating shaft,
And its rotation is driven by rotating shaft；One buckling groove is respectively set on four faces of swivel in turning circumference, for buckle by it
The spring that side is sent into, spring enter in buckling groove, i.e., synchronously rotated with swivel.
Further, as preferred：
Described buckling groove is made up of two C-shaped channels being correspondingly distributed, and two C-shaped channel opening directions are oppositely arranged, bullet
Spring enters along its side, and is buckled between two C-shaped channels.The setting of C-shaped channel, the side for both having facilitated spring are entered, are advantageous to again
The locking of spring, when turning rotation, in the presence of buckling groove, spring is clamped in it, is avoided caused by turning rotation
Spring come off, in the rotation of swivel, that is, complete 90 ° of spring steerings.
Wearing plate is provided between described buckling groove and swivel, because buckling groove is that spring moves forward and backward（It is lateral by one
Opposite side moves）Main function position, meanwhile, and a key position of buckle, stress time easily occur when longer
Friction texturizing, wearing plate will be set between buckling groove and swivel, i.e., swivel is protected, avoid button caused by abrasive damage
Close loosely.
Described buckling groove is built-up by adjustable plate and cover plate, and adjustable plate is set step-like thereon on swivel
Concave station；Cover plate is located on adjustable plate, and cover plate is grown compared with adjustable plate, and cover plate side is alignd with adjustable plate, and opposite side protrusion is being adjusted
Save on the inside of plate, it protrudes the buckling groove that side opening is formed between part and concave station on the inside of adjustable plate.It is furthermore preferred that institute
Square groove/fastener hole is set on the adjustable plate stated, and corresponding position sets fastener hole/square groove, fastener hole and square groove on cover plate
Between connected by screw, pin, bolt etc., and according to the demand of different size spring, by fastener hole position different from square groove
Put and carry out correspondingly, that is, realizing the regulation of different length buckling groove.The one end of the cover plate protrusion on the inside of adjustable plate, which is set, to be imported
Domatic, it is ramp structure to import domatic, and its thickness is less than the thickness of cover plate, and position of the cover plate protrusion on the inside of adjustable plate is spring
The position slipped into, is set to that the importing of ramp structure is domatic, facilitates the importing of spring, meanwhile, for the bullet of knotting type
Spring, import the domatic adjustment for also facilitating site position.A pair of regulations are respectively provided with each face in the swivel turning circumference
Plate and a pair of cover plates, a cover plate is correspondingly arranged on each adjustable plate, the concave station of two adjustable plates is oppositely arranged, a pair of regulations
Plate, a pair of concave stations form buckling groove with corresponding swivel face.There is certain spacing between described two cover plates.A pair of described lids
Spacing between plate is not less than the width of horizontal rail end, and cover plate is not less than the diameter of spring steel wire with rotor surface spacing.
The working principle and beneficial effect of the application is as follows：
（1）It is stable, turn to carry out synchronous with conveying.The application is overturn applied to spring, when spring is with level
When track is moved to swivel side, now because swivel is square, corresponding surface and horizontal rail in swivel turning circumference
In same level, then the spring sent out by horizontal rail is directly slided into buckling groove along its traffic direction, at the same time, is pressed
Drive buckling groove together with 90 ° of spring concomitant rotation in buckling groove according to the swivel of certain rhythm operating, by spring directly by
Horizontal direction in horizontal rail is converted to vertical direction, and spring is marked or removed from the position, when spring removes buckling groove,
Next spring is had been introduced into now buckling groove corresponding with horizontal rail, and swivel drives buckling groove to be rotated further, and is driven
Next 90 ° of spring pivotal, so repeatedly, in spring moving process, the steering of spring is completed, with conventional round rotor phase
Than its rotation direction controllability and sensitivity are more preferable.And due to the setting of buckling groove, avoid spring and swivel in rotation process
Disengaging, the speed of service of swivel only need to be corresponding with the release and immigration of spring, is fixed without the shakiness because of spring position
Ring overall reversal rate.
（2）It is convenient that the immigration of spring is released, simple operation.In this application, buckling groove is as accommodating and fixed spring
Position is, it is necessary to meet two conditions：1. side sets opening, facilitate the immigration and release of spring；2. at least one position with
Spring contacts, and ensures that it does not fall off in rotation process.The buckling groove for meeting this two condition can be to be set directly at swivel
The bathtub construction or be spliced by two C-shaped channels being oppositely arranged that a both sides on face penetrate；Can be by one
Long short two plates longer cover plate for example above and formed positioned at shorter adjustable plate is transferred, can also be longer by a pair
Cover plate and shorter a pair adjustable plate are spliced according to upper-lower position installation, and the cover plate and adjustable plate adjustable range being arranged in pairs are more
It is wide；Step-like concave station can be set on adjustable plate, so as to form buckling groove or be spliced by multiple plates, knot
Structure can be diversified, and operation is also more convenient.
（3）The adjustment of specification can be carried out according to different springs.In the application, cover plate is located on adjustable plate, is set on cover plate
Fastener hole, set on adjustable plate and square groove is set on square groove, or cover plate, fastener hole is set on adjustable plate（To be easy for installation, preferably
Fastener hole is set on cover plate, square groove is set on adjustable plate）, according to the spring of different size, by fastener hole position different from square groove
Put and carry out correspondingly, then adjustable plate and cover plate are fixed, by adjusting the distance between two cover plates, complete different in width specification button
The assembling of groove is closed, and by adjusting the distance between cover plate and swivel, you can the demand of different thicknesses spring is adapted to, it is this flexible
Mounting means, structure matching when spring moves into release is improved, also improve the scope of application of equipment.
（4）For node type spring, what deck side edge was set imports the domatic arrangement for facilitating node.Cover plate protrudes
One end on the inside of adjustable plate sets importing domatic, and it is ramp structure to import domatic, and its thickness is less than the thickness of cover plate, and cover plate is dashed forward
The position gone out on the inside of adjustable plate is the position that spring slips into, and it is domatic to be set to the importing of ramp structure, facilitates spring
Importing, meanwhile, for the spring of knotting type, import the domatic adjustment for also facilitating site position.
Brief description of the drawings
Fig. 1 is the stereogram of the application；
Fig. 2 is another view stereo figure of the application；
Fig. 3 is the top view of the application；
Fig. 4 is the side view of the application；
Fig. 5 is the local broken away view of the application；
Fig. 6 is the use state figure of the application.
Label in figure：1. swivel；2. rotating shaft；3. wearing plate；4. adjustable plate；4a. adjustable plates one；4b. adjustable plates
Two；41. concave station；42. square groove；5. cover plate；5a. cover plates one；5b. cover plates two；51. import domatic；52. fastener hole；A.
Buckling groove；B. horizontal rail.
Embodiment
Embodiment 1
The square rotor of the present embodiment spring upset, with reference to Fig. 1 and Fig. 2, including swivel 1, rotating shaft 2 and buckling groove A, swivel 1
To be square, it is fixed in rotating shaft 2, rotating shaft 2 and gear or motor connection, the drive shaft such as gear or motor 2 are rotated, that is, driven
Swivel 1 rotates therewith；One buckling groove A is respectively set on 1 four faces of swivel in turning circumference, for buckle by it
The spring that side is sent into, spring enter in buckling groove A, i.e., are synchronously rotated with swivel 1.
To realize more preferable using effect, such scheme can further set as follows：Buckling groove A sides set opening, side
Just the immigration and release of spring；And at least one position contacts with spring, to ensure that it does not fall off in rotation process.
To realize more preferable using effect, such scheme may further be provided as follows：It is high in buckling groove A to be not less than spring
Gauge of wire.
The present embodiment is overturn applied to spring, with reference to Fig. 6, when spring as horizontal rail B is moved to 1 side of swivel
When, now because swivel 1 is square, the corresponding surface in 1 turning circumference of swivel in same level, is detained with horizontal rail B
The width for closing groove A is not less than horizontal rail B width, then is directly slipped into along its traffic direction by the spring that horizontal rail B is sent out
Into buckling groove A, at the same time, buckling groove A is driven together with the spring one in buckling groove A according to the swivel 1 of certain rhythm operating
90 ° of concomitant rotation is played, spring is directly converted into vertical direction by the horizontal direction in horizontal rail B, and works as spring from the position
When putting removal, next spring is had been introduced into now buckling groove corresponding with horizontal rail B, swivel 1 drive buckling groove after
It is continuous to rotate, next 90 ° of spring pivotal is driven, so repeatedly, in spring moving process, completes the steering of spring, and by
In buckling groove A setting, the disengaging of spring and swivel 1 in rotation process is avoided, the speed of service for turning 1 only need to be with spring
Release and move into and correspond to, without the de-stabilising effect entirety reversal rate because of spring position.
Embodiment 2
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：In the present embodiment, buckling groove A is with turning
Wearing plate 3 is provided between body 1, because buckling groove A is that spring moves forward and backward（By a lateral opposite side movement）Main function
Position, meanwhile, and a key position of buckle, stress time easily there is friction texturizing when longer, by buckling groove A with turn
Wearing plate 3 is set between body 1, i.e., swivel 1 is protected, avoids fastening loosely caused by abrasive damage.
Embodiment 3
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：In the present embodiment, buckling groove A be by
Two C-shaped channels of corresponding distribution are formed, and two C-shaped channel opening directions are oppositely arranged, and spring enters along its side, and is buckled in two
Between individual C-shaped channel.The setting of C-shaped channel, the side for both having facilitated spring are entered, and are advantageous to the locking of spring again, when turning 1 rotation,
In the presence of buckling groove A, spring is clamped in it, is avoided the spring caused by swivel 1 rotates and is come off, in turning for swivel 1
In dynamic, that is, complete 90 ° of steerings of spring.
Embodiment 4
Setting and operation principle of the present embodiment with embodiment 3 are identical, and difference is：In the present embodiment, buckling groove A is with turning
Wearing plate 3 is provided between body 1, because buckling groove A is that spring moves forward and backward（By a lateral opposite side movement）Main function
Position, meanwhile, and a key position of buckle, stress time easily there is friction texturizing when longer, by buckling groove A with turn
Wearing plate 3 is set between body 1, i.e., swivel 1 is protected, avoids fastening loosely caused by abrasive damage.
Embodiment 5
Setting and operation principle of the present embodiment with embodiment 1 are identical, and difference is：With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4,
Buckling groove A is built-up by adjustable plate 4 and cover plate 5, and adjustable plate 4 sets step-like concave station 41 thereon on swivel 1；
Cover plate 5 is located on adjustable plate 4, and cover plate 5 is grown compared with adjustable plate 4, and the side of cover plate 5 is alignd with adjustable plate 4, and opposite side protrusion is being adjusted
The inner side of plate 4, it protrudes the buckling groove A that side opening is formed between the part of the inner side of adjustable plate 4 and concave station 41.
To realize more preferable using effect, such scheme may further be provided as follows：With reference to Fig. 5, set on adjustable plate 4
Square groove 42, corresponding position sets fastener hole 52 on cover plate 5, passes through screw, pin, spiral shell between fastener hole 52 and square groove 42
Bolt etc. connects, and according to the demand of different size spring, fastener hole 52 is carried out with the diverse location of square groove 42 corresponding, that is, realizes
The regulation of different in width buckling groove.
To realize more preferable using effect, such scheme may further be provided as follows：With reference to Fig. 4, cover plate 5, which protrudes, to be adjusted
The one end for saving the inner side of plate 4 sets importing domatic 51, and it is ramp structure to import domatic 51, and its thickness is less than the thickness of cover plate 5, cover plate
5 positions for protruding on the inside of adjustable plate 4 are the positions that spring slips into, and are set to the importing domatic 51 of ramp structure, convenient
The importing of spring, meanwhile, for the spring of knotting type, import domatic 51 adjustment for also facilitating site position.
To realize more preferable using effect, such scheme may further be provided as follows：With reference to Fig. 4,1 turning circumference is turned
On each face on be respectively provided with a pair of adjustable plates and a pair of cover plates, i.e. the 4a of adjustable plate one and the 4b of adjustable plate two in Fig. 4, adjustable plate
The 5b of cover plate two is installed on the installation 5a of cover plate one, the 4b of adjustable plate two above one 4a, the concave station of two adjustable plates is oppositely arranged, and one exchanges
Save plate, a pair of concave stations form buckling groove A with corresponding swivel face.
To realize more preferable using effect, such scheme may further be provided as follows：Have between two paired cover plates
Certain spacing, the spacing are not less than the width of corresponding horizontal rail B ends, and cover plate 5 and the surface spacing of rotor 1 be not small
In the diameter of spring steel wire.
Cover plate 5 is located on adjustable plate 4, and fastener hole 52 is set on cover plate 5, and square groove 42, or cover plate 5 are set on adjustable plate 4
Upper setting square groove, fastener hole is set on adjustable plate 4（To be easy for installation, fastener hole 52 is set preferably on cover plate 5, set on adjustable plate 4
Put square groove 42）, according to the spring of different size, fastener hole 52 is carried out with the diverse location of square groove 42 it is corresponding, then by adjustable plate 4
Fixed with cover plate 5, by adjusting the distance between the 5a of cover plate one and the 5b of cover plate two, complete the dress of different in width specification buckling groove
Match somebody with somebody, and by adjusting cover plate 5 and swivel the distance between 1, you can adapt to the demand of different thicknesses spring, this flexibly installation side
Formula, structure matching when spring moves into release is improved, also improve the scope of application of equipment.
For node type spring, the position that cover plate 5 protrudes on the inside of adjustable plate is the position that spring slips into, and is set
The importing domatic 51 of ramp structure is set to, facilitates the importing of spring, meanwhile, for the spring of knotting type, import domatic 51 also
Facilitate the adjustment of site position.
Embodiment 6
Setting and operation principle of the present embodiment with embodiment 5 are identical, and difference is：In the present embodiment, adjustable plate 4 is with turning
Wearing plate 3 is provided between body 1, because buckling groove A is that spring moves forward and backward（By a lateral opposite side movement）Main function
Position, meanwhile, and a key position of buckle, stress time easily there is friction texturizing when longer, by buckling groove A with turn
Wearing plate 3 is set between body 1, i.e., swivel 1 is protected, avoids fastening loosely caused by abrasive damage.
Buckling groove A is as the position of receiving and fixed spring, it is necessary to meet two conditions：1. side sets opening, convenient
The immigration and release of spring；2. at least one position contacts with spring, and ensures that it does not fall off in rotation process.Meet this
The buckling groove of two conditions can be set directly at swivel 1 face on a both sides insertion bathtub construction or by such as
Two C-shaped channels being oppositely arranged that embodiment 3 and embodiment 4 are provided are spliced；Can be by one is long and the other is short two plates
Form, such as formed by longer cover plate 5 above and positioned at shorter adjustable plate 4 is transferred, can also be by longer a pair cover plate 5
It is spliced with shorter a pair adjustable plate 4 according to upper-lower position installation, the cover plate 5 and the adjustable range of adjustable plate 4 being arranged in pairs are more
It is wide；Step-like concave station 41 can be set on adjustable plate 4, so as to form buckling groove A or spliced by multiple plates and
Into structure can be diversified, and operation is also more convenient.
Above content be with reference to the invention preferred embodiment provided technical scheme is made it is further detailed
Describe in detail bright, it is impossible to assert that the invention specific implementation is confined to these above-mentioned explanations, for the affiliated technology of the invention
For the those of ordinary skill in field, without departing from the concept of the premise of the invention, some simple deductions can also be made
Or replace, it should all be considered as belonging to the protection domain of the invention.
Claims (10)
1. the square rotor of spring upset, it is characterised in that：Including swivel, rotating shaft and buckling groove, described swivel is square, is fixed
Its rotation is driven in rotating shaft, and by rotating shaft；One buckling groove is respectively set on four faces of swivel in turning circumference, is used for
The spring that buckle is sent into by its side, spring enter in buckling groove, i.e., synchronously rotated with swivel.
2. the square rotor of spring upset as claimed in claim 1, it is characterised in that：Described buckling groove side sets opening,
Facilitate the immigration and release of spring；And at least one position contacts with spring, to ensure that it does not fall off in rotation process.
3. the square rotor of spring upset as claimed in claim 1, it is characterised in that：It is high in described buckling groove to be not less than spring
Gauge of wire.
4. the square rotor of spring upset as claimed in claim 1, it is characterised in that：Described buckling groove is by being correspondingly distributed
Two C-shaped channels are formed, and two C-shaped channel opening directions are oppositely arranged, and spring enters along its side, and be buckled in two C-shaped channels it
Between.
5. the square rotor of spring upset as claimed in claim 1, it is characterised in that：Described buckling groove is by adjustable plate and lid
Plate is built-up, and adjustable plate is on swivel；Cover plate is located on adjustable plate, and cover plate is grown compared with adjustable plate, cover plate side and regulation
Plate aligns, and for opposite side protrusion on the inside of adjustable plate, it is to form side to open that it, which is protruded between part and concave station on the inside of adjustable plate,
The buckling groove put.
6. the square rotor of spring upset as claimed in claim 5, it is characterised in that：Square groove/tight is set on described adjustable plate
Solid hole, corresponding position sets fastener hole/square groove on cover plate, between fastener hole and square groove connection realize adjustable plate and lid
The fixation of plate.
7. the square rotor of spring upset as claimed in claim 5, it is characterised in that：The cover plate protrusion is on the inside of adjustable plate
One end sets importing domatic, and it is ramp structure to import domatic, and its thickness is less than the thickness of cover plate.
8. the square rotor of spring upset as claimed in claim 5, it is characterised in that：Each face in the swivel turning circumference
On be respectively provided with a pair of adjustable plates and a pair of cover plates, a pair of adjustable plates and corresponding swivel face form buckling groove；In each pair adjustable plate,
Two adjustable plates are oppositely arranged, and a cover plate is correspondingly arranged on each adjustable plate, has certain spacing between two cover plates.
9. the square rotor of spring upset as described in claim 5 or 8, it is characterised in that：Step is set on described adjustable plate
The concave station of shape.
10. the square rotor of spring upset as claimed in claim 1, it is characterised in that：Set between described buckling groove and swivel
It is equipped with wearing plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720802110.9U CN207174804U (en) | 2017-07-04 | 2017-07-04 | The square rotor of spring upset |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720802110.9U CN207174804U (en) | 2017-07-04 | 2017-07-04 | The square rotor of spring upset |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207174804U true CN207174804U (en) | 2018-04-03 |
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ID=61734428
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720802110.9U Active CN207174804U (en) | 2017-07-04 | 2017-07-04 | The square rotor of spring upset |
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| Country | Link |
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| CN (1) | CN207174804U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107380976A (en) * | 2017-07-04 | 2017-11-24 | 浙江国银装备科技有限公司 | The square rotor of spring upset |
-
2017
- 2017-07-04 CN CN201720802110.9U patent/CN207174804U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107380976A (en) * | 2017-07-04 | 2017-11-24 | 浙江国银装备科技有限公司 | The square rotor of spring upset |
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