CN208116666U - The integrated automatic producing device of elastic slice - Google Patents
The integrated automatic producing device of elastic slice Download PDFInfo
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- CN208116666U CN208116666U CN201820489938.8U CN201820489938U CN208116666U CN 208116666 U CN208116666 U CN 208116666U CN 201820489938 U CN201820489938 U CN 201820489938U CN 208116666 U CN208116666 U CN 208116666U
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Abstract
A kind of integrated automatic producing device of elastic slice, including equipment body, it is provided on equipment body along silver nail riveting mechanism, elastic slice shaping mechanism and the elastic slice cutting mechanism of transportation line arrangement and two sets of elastic slice feeding mechanisms, silver nail riveting mechanism and a mating setting of elastic slice feeding mechanism, elastic slice cutting mechanism and another mating setting of elastic slice feeding mechanism, elastic slice shaping mechanism are located between silver nail riveting mechanism and elastic slice cutting mechanism.The utility model directly can complete punch forming, the riveting of silver nail and shearing part to spring slice material strip, the multiple working procedure that elastic slice produces is concentrated on an equipment, production accomplishes a key streamlined operation, save manual operation time and material cycling time, the labor intensity for reducing worker, improves the quality of production and efficiency of elastic slice；Its technological design scheme arranges rationally, to can satisfy lean production requirement, and the component assembly production that can be applied to hardware and electronics industry is promoted the use of, and has a vast market foreground.
Description
Technical field
The utility model relates to a kind of elastic production equipment, the in particular to integrated automatic producing devices of a kind of elastic slice.
Background technique
The punch forming of common elastic slice and silver nail riveting production process are all to separate production, are first zero by elastic slice punch forming
Component, concentration transport components to workshop with body feed tank and carry out the riveting of silver nail and assembly.This production model is needed from life
Material will be distinguished by producing the incipient stage, and be managed by the disengaging storekeeper in multiple warehouse, also be easy to be squeezed and deformed in transportational process,
It cannot be guaranteed that the consistency of part size；Traditional silver nail staking process is usually to be carried out in a manner of manpower operation, is easy to produce
Raw part is squeezed and deformed and artificial pollution silver nail, and not only production efficiency is low, and has an effect on the production quality of product, to product
Lean production brings many management difficulties.Chinese patent literature CN204449181U discloses a kind of add on July 8th, 2015
The automatic moulding machine of work elastic slice, and specifically disclose：Including：Lathe, including lathe base and rack, lathe both ends are respectively equipped with
Feeding inlet and discharge port are equipped with the transfer passage that feed strip is transmitted between the feeding inlet and discharge port；Drive system, installation
In on lathe, including driving device and transmission mechanism, the driving device are used to provide power；The transmission mechanism will be for that will drive dress
The power set is sent to each workpiece；Multiple punch dies in rack are successively installed on along the extending direction of feeding passage,
Multiple punch die is for completing corresponding stamping procedure to material strip respectively；Eccentric feeding mechanism is used between multiple punch dies
Material strip is driven to transmit from feeding inlet toward discharge port direction in a stepping manner；Rivet combination mechanism, positioned at the latter end of transfer passage,
The rivet combination mechanism is equipped with riveted station；The rivet combination mechanism includes secondary operation clamping carrying mechanism, rivet feeding dress
It sets and riveting set, secondary operation clamping carrying mechanism send product for fixed clamp product and in a manner of stepping rotation
To riveted station, for rivet to be delivered at riveted station, which is used in riveted work the rivet feed device
At position by rivet on product.The functional unit of the equipment, and it is bulky, it is troublesome in poeration.
Therefore, it is necessary to be further improved.
Utility model content
It is strong the purpose of the utility model is to provide a kind of simple and reasonable, globality, save the manual operation time
It is produced with the elastic slice of material cycling time, reduction labor intensity of workers, the raising elastic slice quality of production and efficiency with integration is automatic
Equipment, to overcome shortcoming in the prior art.
By a kind of elastic slice integrated automatic producing device, including equipment body of the design of this purpose, set on equipment body
The silver nail riveting mechanism and/or elastic slice shaping mechanism and/or elastic slice cutting mechanism and elastic slice being equipped with along transportation line arrangement are sent
Expect mechanism；
The silver nail riveting mechanism includes riveting driving assembly and riveting die set, riveting die set include riveting upper die component and
Lower mold assemblies are riveted, for the transmission of elastic slice strip between riveting upper die component and riveting lower mold assemblies, riveting driving assembly drives riveting
It connects membrane module and riveting lower mold assemblies completes open mold movement；
The elastic slice shaping mechanism includes molding driving assembly and molding die, molding die include shaping upper component and
Form lower mold assemblies, elastic slice strip transmission shaping upper component and molding lower mold assemblies between, molding driving assembly driving at
Type upper die component and molding lower mold assemblies complete open mold movement；
The elastic slice cutting mechanism includes shearing driving assembly and shearing die, shearing die include shearing upper die component and
Lower mold assemblies are sheared, the transmission of elastic slice strip between shearing upper die component and shearing lower mold assemblies, cut by shearing driving assembly driving
It cuts upper die component and shearing lower mold assemblies completes open mold movement；
The elastic slice feeding mechanism includes for limiting strip positioning component of the elastic slice with discharge position and for driving elastic slice
The mobile strip of strip elapses component, and strip positioning component and strip passage component work alternatively.
The riveting driving assembly includes that riveting cylinder, riveting drive rod and riveting act on block, and riveting drive rod one end is living
The body of rod, the other end of dynamic connection riveting cylinder are flexibly connected riveting effect block, middle part locating rotation on the first support frame, riveting
Effect block is set on riveting upper die component；The piston motion of riveting cylinder finally drives riveting effect block to move up and down, to drive
Dynamic riveting upper die component follows up and down motion.
The molding driving assembly includes that forming cylinder, molding drive rod and molding effect block, molding drive rod one end are living
The body of rod, the other end of dynamic connection forming cylinder are flexibly connected molding effect block, middle part locating rotation on the second support frame, molding
Effect block is set on shaping upper component；The piston motion of forming cylinder finally drives molding effect block to move up and down, to drive
Dynamic shaping upper component follows up and down motion.
The shearing driving assembly includes shearing cylinder, shearing drive rod and shear action block, and shearing drive rod one end is living
The body of rod, the other end of dynamic connection shearing cylinder are flexibly connected shear action block, middle part locating rotation on third support frame, shearing
Effect block is set on shearing upper die component；The piston motion of shearing cylinder finally drives shear action block to move up and down, to drive
Dynamic shearing upper die component follows up and down motion.
The strip positioning component includes that positioning cylinder, positioning transmission block and pilot pin, positioning cylinder pass through positioning transmission
Block drives pilot pin to move up and down, to plug or be detached from the feeding via hole in elastic slice strip.
The strip passage component includes passage cylinder, passage drive block and passage block, and passage cylinder passes through passage transmission
Block driving passage block traverse motion, passage block elastic rotation is on passage drive block；Passage cylinder driving passage block is along raw
When producing transmission line reverse movement, the rotation of passage block is on passage drive block and crosses elastic slice strip；Passage cylinder driving passage block
When moving along transportation line forward direction, passage block reset rotates and at least partly plugs the feeding via hole in elastic slice strip.
Silver nail riveting mechanism, elastic slice shaping mechanism, elastic slice cutting mechanism and two sets of elastic slices are provided on the equipment body
Feeding mechanism, silver nail riveting mechanism and a mating setting of elastic slice feeding mechanism, elastic slice cutting mechanism and another elastic slice feeding mechanism
Mating setting, elastic slice shaping mechanism are located between silver nail riveting mechanism and elastic slice cutting mechanism.
This structure further includes the silver nail feed mechanism being made of silver nail feed appliance and silver nail vibrating disk, and silver nail vibrating disk goes out
Material end is connect with the feed end of silver nail feed appliance, and the riveting station on the discharge end and silver nail riveting mechanism of silver nail feed appliance connects
It connects.
This structure further includes the paper tape winding mechanism by looping disk and coiled strip motor form, and looping disk relative device main body is fixed
Position rotation setting, coiled strip motor are located at below looping disk.
The integrated automatic producing device of the elastic slice of the utility model directly can complete punch forming to spring slice material strip, silver is followed closely
The multiple working procedure that elastic slice produces, is concentrated on an equipment and completed, production can be accomplished by riveting and shearing part
One key streamlined operation, is greatly saved manual operation time and material cycling time, reduces the labor intensity of worker, improves
The quality of production and efficiency of elastic slice；This structure can be automatically performed multiple silver nails and elastic slice strip is combined, rivets, forms
With shearing etc. a series of actions；This elastic slice arranges rationally, to can satisfy with the technological design scheme of integrated automatic producing device
Lean production requirement, the component assembly production that can be applied to hardware and electronics industry is promoted the use of, before having a vast market
Scape.
Detailed description of the invention
Fig. 1 is the assembly structure diagram of an embodiment of the present invention.
Fig. 2 is the structural schematic diagram of silver nail riveting mechanism during the utility model one is implemented.
Fig. 3 is that the utility model one implements the structural schematic diagram of sheetmolding mechanism of being hit by a bullet.
Fig. 4 is the structural schematic diagram of elastic slice cutting mechanism during the utility model one is implemented.
Fig. 5 is the structural schematic diagram of elastic slice feeding mechanism during the utility model one is implemented.
Fig. 6 is the schematic diagram that passage block is moved backward along transportation line during the utility model one is implemented.
Fig. 7 is the schematic diagram that passage block is moved along transportation line forward direction during the utility model one is implemented.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments.
Referring to Fig. 1-Fig. 7, this elastic slice integrated automatic producing device, including equipment body are provided on equipment body
Along silver nail riveting mechanism 1, elastic slice shaping mechanism 2 and the elastic slice cutting mechanism 3 of transportation line arrangement and two sets of elastic slice feeders
Structure 4, silver nail riveting mechanism 1 and the mating setting of an elastic slice feeding mechanism 4, elastic slice cutting mechanism 3 are matched with another elastic slice feeding mechanism 4
Set setting, elastic slice shaping mechanism 2 are located between silver nail riveting mechanism 1 and elastic slice cutting mechanism 3；
Silver nail riveting mechanism 1 includes riveting driving assembly and riveting die set, and riveting die set includes in upper and lower corresponding riveting
Membrane module 1.7 and riveting lower mold assemblies 1.8, elastic slice strip 11 transmission riveting upper die component 1.7 and riveting lower mold assemblies 1.8 it
Between, riveting driving assembly driving riveting upper die component 1.7 and riveting lower mold assemblies 1.8 complete open mold movement, to complete silver nail
12 staking process；
Elastic slice shaping mechanism 2 includes molding driving assembly and molding die, and molding die includes in upper and lower corresponding molding
Membrane module 2.7 and molding lower mold assemblies 2.8, elastic slice strip 11 transmission shaping upper component 2.7 and molding lower mold assemblies 2.8 it
Between, molding driving assembly driving shaping upper component 2.7 and molding lower mold assemblies 2.8 complete open mold movement, to realize elastic slice
Molding procedure；
Elastic slice cutting mechanism 3 includes shearing driving assembly and shearing die, and shearing die includes in upper and lower corresponding shearing
Membrane module 3.7 and shearing lower mold assemblies 3.8, elastic slice strip 11 transmission shearing upper die component 3.7 and shearing lower mold assemblies 3.8 it
Between, shearing driving assembly driving shearing upper die component 3.7 and shearing lower mold assemblies 3.8 complete open mold movement, to complete elastic slice
Cutting operation；
Elastic slice feeding mechanism 4 includes strip positioning component 4.1 for limiting 11 position of elastic slice strip and for driving bullet
The mobile strip of piece strip 11 elapses component 4.2, and strip positioning component 4.1 and strip passage component 4.2 work alternatively；Work as progress
When 12 staking process of silver nail, molding procedure and cutting operation, the work of strip positioning component 4.1 is mobile to limit elastic slice strip 11,
Ensure processing quality；When elastic slice strip 11 needs to transmit, strip elapses the work of component 4.2 to drive elastic slice strip 11 along production
Transmission direction is mobile.
Furtherly, referring to fig. 2, riveting driving assembly includes riveting cylinder 1.1, riveting drive rod 1.3 and riveting effect
Block 1.6, riveting 1.3 one end of drive rod is flexibly connected the body of rod of riveting cylinder 1.1, the other end is flexibly connected riveting effect block 1.6,
On the first support frame 1.4, riveting effect block 1.6 is set on riveting upper die component 1.7 middle part locating rotation；Rivet cylinder
1.1 piston motion finally drives riveting effect block 1.6 to move up and down, and follows up and down motion with driving riveting upper die component 1.7.
Specifically, the cylinder body relative device main body fixed setting of cylinder 1.1 is riveted, the body of rod for riveting cylinder 1.1 is up and down, with driving
Riveting effect block 1.6 is up and down, and the first sliding block 1.5 slid vertically is provided on the first support frame 1.4, and riveting acts on block
1.6, by the first sliding block 1.5 connection riveting upper die component 1.7, rivet and are provided on the cylinder body of cylinder 1.1 for limiting body of rod liter
First limited block 1.2 of range of decrease degree.
Furtherly, referring to Fig. 3, forming driving assembly includes forming cylinder 2.1, molding drive rod 2.3 and molding effect
Block 2.6, molding 2.3 one end of drive rod is flexibly connected the body of rod of forming cylinder 2.1, the other end is flexibly connected molding effect block 2.6,
On the second support frame 2.4, molding effect block 2.6 is set on shaping upper component 2.7 middle part locating rotation；Forming cylinder
2.1 piston motion finally drives molding effect block 2.6 to move up and down, to drive shaping upper component 2.7 to follow up and down motion.
Specifically, the cylinder body relative device main body fixed setting of forming cylinder 2.1, the body of rod of forming cylinder 2.1 is up and down, with driving
Molding effect block 2.6 is up and down, and the second sliding block 2.5 slid vertically is provided on the second support frame 2.4, and molding acts on block
2.6 form upper die component 2.7 by the connection of the second sliding block 2.5, are provided on the cylinder body of forming cylinder 2.1 for limiting body of rod liter
Second limited block 2.2 of range of decrease degree.
Furtherly, referring to fig. 4, shearing driving assembly includes shearing cylinder 3.1, shearing drive rod 3.3 and shear action
Block 3.6, shearing 3.3 one end of drive rod is flexibly connected the body of rod of shearing cylinder 3.1, the other end is flexibly connected shear action block 3.6,
On third support frame 3.4, shear action block 3.6 is set on shearing upper die component 3.7 middle part locating rotation；Shear cylinder
3.1 piston motion finally drives shear action block 3.6 to move up and down, and follows up and down motion with driving shearing upper die component 3.7.
Specifically, the cylinder body relative device main body fixed setting of cylinder 3.1 is sheared, the body of rod for shearing cylinder 3.1 is up and down, with driving
Shear action block 3.6 is up and down, and the third sliding block 3.5 slid vertically, shear action block are provided on third support frame 3.4
3.6, by the connection shearing upper die component 3.7 of third sliding block 3.5, shear and are provided on the cylinder body of cylinder 3.1 for limiting body of rod liter
The third limited block 3.2 of range of decrease degree.
Furtherly, referring to Fig. 5 (in figure arrow be feed direction), strip positioning component 4.1 include positioning cylinder 4.11,
Positioning transmission block and pilot pin 4.14, positioning transmission block include that the first positioning transmission block 4.12 interconnected and the second positioning pass
Motion block 4.13, positioning cylinder 4.11 drive pilot pin 4.14 (one or more) up and down motion by positioning transmission block, to plug or
The feeding via hole 11.1 being detached from elastic slice strip 11；It is fixed when carrying out 12 staking process of silver nail, molding procedure and cutting operation
Position cylinder 4.11 drives pilot pin 4.14 to decline and is inserted into corresponding feeding via hole 11.1 by positioning transmission block, and then limits
Elastic slice strip 11 processed is mobile；When elastic slice strip 11 needs to transmit, positioning cylinder 4.11 drives pilot pin by positioning transmission block
4.14 rise and are detached from corresponding feeding via hole 11.1, and elastic slice strip 11 can move freely at this time.
It includes passage cylinder 4.21, passage drive block 4.22 and passage block 4.23, passage cylinder that strip, which elapses component 4.2,
4.21 are turned by passage driving passage 4.23 traverse motion of block of drive block 4.22, passage block 4.23 by 4.24 elasticity of spring
It moves on passage drive block 4.22；Referring to Fig. 6 (arrow is production transmission opposite direction in figure), the driving passage block of passage cylinder 4.21
4.23 along transportation line move backward when, spring 4.24 compresses under force, passage block 4.23 rotation passage be driven
On block 4.22 and elastic slice strip 11 is crossed, prevents elastic slice strip 11 from moving backward along transportation line；Referring to Fig. 7 (arrow in figure
Positive direction is transmitted for production), when the driving passage block 4.23 of passage cylinder 4.21 is moved along transportation line forward direction, elapse block 4.23
Rotation is resetted under the action of spring 4.24 and at least partly plugs the feeding via hole 11.1 in elastic slice strip 11, and then is driven
Elastic slice strip 11 moves forward.
It produces in transmission process, after the sensor on strip positioning component 4.1 receives the signal of the arrival of elastic slice strip 11,
Positioning cylinder 4.11 drives pilot pin 4.14 to plug the feeding via hole 11.1 in elastic slice strip 11 and realizes accurate positionin, then band
After sensor on material passage component 4.2 receives the completion signal of elastic slice strip 11, passage cylinder 4.21 passes through passage block 4.23
Elastic slice strip 11 is driven to carry out promoting completion feeding process.
Furtherly, the silver nail feeder being made of silver nail feed appliance 6 and silver nail vibrating disk 7 is additionally provided on equipment body
The discharge end of structure, silver nail vibrating disk 7 is connect with the feed end of silver nail feed appliance 6, and the discharge end and silver nail of silver nail feed appliance 6 rivet
Riveting station connection in mechanism 1.The conveying of silver nail 12 is mainly completed by silver nail feed mechanism, and specifically, silver nail 12 passes through silver
Nail vibrating disk 7 and silver nail feed appliance 6 are transported on riveting station and 11 riveted holes of elastic slice strip.
Furtherly, it is additionally provided with the paper tape winding mechanism being made of looping disk 8 and coiled strip motor 10 on equipment body, rolls up
The rotation setting of 8 relative device agent localization of charging tray, coiled strip motor 10 are located at 8 lower section of looping disk, and winding has paper tape 9 on looping disk 8.
As long as the conveying of elastic slice strip 11 is completed by paper tape winding mechanism, specifically, elastic slice strip 11 passes through volume after the rotation of looping disk 8
Expect that motor 10 conveys, successively by riveting station, shaping station and shearing station.
Concrete operating principle：
Silver nail 7 is followed closely vibrating disk 7 by silver and silver nail feed appliance 6 is delivered on specified riveting station, elastic slice band by riveting
Material 11 rotates looping disk 8 by coiled strip motor 10 and elastic slice strip 11 is reached riveting work in the case where the conveying of elastic slice feeding mechanism 4 is mobile
Position；Riveting process is：After sensor on riveting cylinder 1.1 receives the arriving signal of elastic slice strip 11 and silver nail 12, riveting
By forming lever principle under the first limited block 1.2 and riveting 1.3 collective effect of drive rod after the release of cylinder 1.1, first is driven
Sliding block 1.5 and riveting upper die component 1.7 quickly push downwards, and it is fixed to be exactly in riveting lower mold assemblies 1.8 for 12 top of silver nail at this time
On site and in the underface of 11 riveted holes of elastic slice strip, rivets upper die component 1.7 and quickly push downwards and riveting lower die group
Part 1.8 is closed, and by silver nail 12, accurately riveting is fastened together with elastic slice strip 11；Sensor receives product riveting and completes at this time
Signal, riveting cylinder 1.1 pulls back, and riveting drive rod 1.3 drives the first sliding block 1.5 and riveting upper die component 1.7 upwards quickly
It pulls back, completes the circulation riveting and conversion conveying products process of whole flow process；
Molding, the mobile lower arrival shaping station of conveying that elastic slice strip 11 passes through elastic slice feeding mechanism 4；Forming process is：
After sensor on forming cylinder 2.1 receives the signal of the arrival of elastic slice strip 11, forming cylinder 2.1 is limited after releasing by second
Lever principle is formed under position block 2.2 and molding 2.3 collective effect of drive rod, drives the second sliding block 2.5 and shaping upper component 2.7
It quickly pushes downwards, elastic slice strip 11 is exactly in molding 2.8 anchor point of lower mold assemblies at this time, and shaping upper component 2.7 is downward
It quickly pushes and is closed with molding lower mold assemblies 2.8, elastic slice strip 11 is accurately carried out to the shape ruler that bending and molding is Element Design
It is very little；Then sensor receives the signal of formed product completion, and forming cylinder 2.1 is pulled back, and molding drive rod 2.3 drives second to slide
Block 2.5 and shaping upper component 2.7 are quickly pulled back upwards, complete the circulation molding and conversion conveying products process of whole flow process；
Shearing, the mobile lower arrival shearing station of conveying that elastic slice strip 11 passes through elastic slice feeding mechanism 4；Shear blanking process
It is：After sensor on shearing cylinder 3.1 receives the signal of the arrival of elastic slice strip 11, shearing cylinder 3.1 release after by the
Lever principle is formed under three limited blocks 3.2 and shearing 3.3 collective effect of drive rod, drives third sliding block 3.5 and shearing upper mold group
Part 3.7 quickly pushes downwards, and elastic slice strip 11 is exactly in shearing 3.8 anchor point of lower mold assemblies at this time, shears upper die component 3.7
It quickly pushes downwards and is closed with the shearing punching of lower mold assemblies 3.8, elastic slice strip 11 is precisely separating as single part；Then
Sensor receives the signal that product shearing is completed, and shearing cylinder 3.1 is pulled back, and shearing drive rod 3.3 drives 3.5 He of third sliding block
Shearing upper die component 3.7 is quickly pulled back upwards, completes the circulation shear punching and conversion conveying products process of whole flow process.
The above-mentioned preferred embodiment for the utility model, has been shown and described the basic principles and main features of the utility model
And the advantages of the utility model.Those skilled in the art should be recognized that the present utility model is not limited to the above embodiments, on
It states and only illustrates the principles of the present invention described in embodiment and specification, do not departing from the spirit and scope of the utility model
Under the premise of the utility model also has various changes and improvements, these changes and improvements both fall within claimed it is practical new
Within the scope of type.The utility model requires protection scope is defined by appended claims and its equivalent.
Claims (9)
1. a kind of elastic slice integrated automatic producing device, including equipment body, it is provided on equipment body along transportation line
Silver nail riveting mechanism (1) and/or elastic slice shaping mechanism (2) and/or elastic slice cutting mechanism (3) and elastic slice feeding mechanism of arrangement
(4)；
Silver nail riveting mechanism (1) includes riveting driving assembly and riveting die set, and riveting die set includes riveting upper die component
(1.7) and riveting lower mold assemblies (1.8), elastic slice strip (11) transmission are riveting upper die component (1.7) and riveting lower mold assemblies
(1.8) between, open mold movement is completed in riveting driving assembly driving riveting upper die component (1.7) and riveting lower mold assemblies (1.8)；
The elastic slice shaping mechanism (2) includes molding driving assembly and molding die, molding die include shaping upper component
(2.7) it transmits with molding lower mold assemblies (2.8), elastic slice strip (11) in shaping upper component (2.7) and molding lower mold assemblies
(2.8) between, open mold movement is completed in molding driving assembly driving shaping upper component (2.7) and molding lower mold assemblies (2.8)；
The elastic slice cutting mechanism (3) includes shearing driving assembly and shearing die, and shearing die includes shearing upper die component
(3.7) and upper die component (3.7) and shearing lower mold assemblies are being sheared in shearing lower mold assemblies (3.8), elastic slice strip (11) transmission
(3.8) between, open mold movement is completed in shearing driving assembly driving shearing upper die component (3.7) and shearing lower mold assemblies (3.8)；
The elastic slice feeding mechanism (4) includes strip positioning component (4.1) for limiting elastic slice strip (11) position and is used for
Drive strip passage component (4.2) that elastic slice strip (11) are mobile, strip positioning component (4.1) and strip passage component (4.2)
It works alternatively.
2. the integrated automatic producing device of elastic slice according to claim 1, it is characterised in that：The riveting driving assembly
Including riveting cylinder (1.1), riveting drive rod (1.3) and riveting effect block (1.6), riveting drive rod (1.3) one end activity connects
Connect the body of rod of riveting cylinder (1.1), the other end is flexibly connected riveting effect block (1.6), middle part locating rotation in the first support frame
(1.4) on, riveting effect block (1.6) is set in riveting upper die component (1.7)；The piston motion for riveting cylinder (1.1) is final
It drives riveting effect block (1.6) to move up and down, up and down motion is followed with driving riveting upper die component (1.7).
3. the integrated automatic producing device of elastic slice according to claim 1, it is characterised in that：The molding driving assembly
Including forming cylinder (2.1), molding drive rod (2.3) and molding effect block (2.6), molding drive rod (2.3) one end activity connects
Connect the body of rod of forming cylinder (2.1), the other end is flexibly connected molding effect block (2.6), middle part locating rotation in the second support frame
(2.4) on, molding effect block (2.6) is set on shaping upper component (2.7)；The piston motion of forming cylinder (2.1) is final
Molding effect block (2.6) is driven to move up and down, to drive shaping upper component (2.7) to follow up and down motion.
4. the integrated automatic producing device of elastic slice according to claim 1, it is characterised in that：The shearing driving assembly
Including shearing cylinder (3.1), shearing drive rod (3.3) and shear action block (3.6), shearing drive rod (3.3) one end activity connects
Connect the body of rod of shearing cylinder (3.1), the other end is flexibly connected shear action block (3.6), middle part locating rotation in third support frame
(3.4) on, shear action block (3.6) is set in shearing upper die component (3.7)；The piston motion for shearing cylinder (3.1) is final
It drives shear action block (3.6) to move up and down, up and down motion is followed with driving shearing upper die component (3.7).
5. the integrated automatic producing device of elastic slice according to claim 1, it is characterised in that：The strip positioning component
It (4.1) include positioning cylinder (4.11), positioning transmission block and pilot pin (4.14), positioning cylinder (4.11) passes through positioning transmission block
Pilot pin (4.14) are driven to move up and down, to plug or be detached from the feeding via hole (11.1) on elastic slice strip (11).
6. the integrated automatic producing device of elastic slice according to claim 5, it is characterised in that：The strip elapses component
It (4.2) include that passage cylinder (4.21), passage drive block (4.22) and passage block (4.23), passage cylinder (4.21) pass through passage
Drive block (4.22) driving passage block (4.23) traverse motion, passage block (4.23) elastic rotation is in passage drive block
(4.22) on；When passage cylinder (4.21) driving passage block (4.23) is moved backward along transportation line, passage block (4.23) turns
It moves in passage drive block (4.22) and crosses elastic slice strip (11)；Passage cylinder (4.21) driving passage block (4.23) is along production
When transmission line forward direction is mobile, passage block (4.23) resets rotation and at least partly plugs the feeding via hole on elastic slice strip (11)
(11.1)。
7. the integrated automatic producing device of elastic slice according to claim 1-6, it is characterised in that：The equipment
Silver nail riveting mechanism (1), elastic slice shaping mechanism (2), elastic slice cutting mechanism (3) and two sets of elastic slice feeding mechanisms are provided in main body
(4), silver nail riveting mechanism (1) and elastic slice feeding mechanism (4) mating setting, elastic slice cutting mechanism (3) and another elastic slice feeding
Mechanism (4) mating setting, elastic slice shaping mechanism (2) are located between silver nail riveting mechanism (1) and elastic slice cutting mechanism (3).
8. the integrated automatic producing device of elastic slice according to claim 7, it is characterised in that：It further include that feeding is followed closely by silver
The silver of device (6) and silver nail vibrating disk (7) composition follows closely feed mechanism, and the discharge end and silver of silver nail vibrating disk (7) follow closely feed appliance (6)
The discharge end of feed end connection, silver nail feed appliance (6) is connect with the riveting station on silver nail riveting mechanism (1).
9. the integrated automatic producing device of elastic slice according to claim 7, it is characterised in that：It further include by looping disk
(8) and the paper tape winding mechanism of coiled strip motor (10) composition, the rotation setting of looping disk (8) relative device agent localization, coiled strip are electric
Machine (10) is located at below looping disk (8).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820489938.8U CN208116666U (en) | 2018-04-06 | 2018-04-06 | The integrated automatic producing device of elastic slice |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820489938.8U CN208116666U (en) | 2018-04-06 | 2018-04-06 | The integrated automatic producing device of elastic slice |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108526374A (en) * | 2018-04-06 | 2018-09-14 | 广东格兰仕集团有限公司 | The integrated automatic producing device of shrapnel |
| CN116900228A (en) * | 2023-07-19 | 2023-10-20 | 河南中力明新材料有限公司 | Aluminum alloy forging die with heat preservation performance |
| CN116900228B (en) * | 2023-07-19 | 2024-04-19 | 河南中力明新材料有限公司 | Aluminum alloy forging die with heat preservation performance |
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2018
- 2018-04-06 CN CN201820489938.8U patent/CN208116666U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108526374A (en) * | 2018-04-06 | 2018-09-14 | 广东格兰仕集团有限公司 | The integrated automatic producing device of shrapnel |
| CN116900228A (en) * | 2023-07-19 | 2023-10-20 | 河南中力明新材料有限公司 | Aluminum alloy forging die with heat preservation performance |
| CN116900228B (en) * | 2023-07-19 | 2024-04-19 | 河南中力明新材料有限公司 | Aluminum alloy forging die with heat preservation performance |
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Effective date of registration: 20210823 Address after: 528300 No. 25, South Ronggui Road, Shunde District, Guangdong, Foshan Patentee after: Guangdong Galanz Enterprises Co.,Ltd. Patentee after: GUANGDONG GRANS ELECTRIC APPARATUS MANUFACTURING Co.,Ltd. Address before: 528300 No. 25, South Ronggui Road, Shunde District, Guangdong, Foshan Patentee before: Guangdong Galanz Enterprises Co.,Ltd. |