CN207170669U - A kind of USB3.1Type C shell forming machines - Google Patents

A kind of USB3.1Type C shell forming machines Download PDF

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Publication number
CN207170669U
CN207170669U CN201720266669.4U CN201720266669U CN207170669U CN 207170669 U CN207170669 U CN 207170669U CN 201720266669 U CN201720266669 U CN 201720266669U CN 207170669 U CN207170669 U CN 207170669U
Authority
CN
China
Prior art keywords
mould
cylinder
forming machine
matched moulds
core rod
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201720266669.4U
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Chinese (zh)
Inventor
袁伟强
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Dongguan City Rui Simpson Precision Hardware Electronics Co Ltd
Original Assignee
Dongguan City Rui Simpson Precision Hardware Electronics Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
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Application filed by Dongguan City Rui Simpson Precision Hardware Electronics Co Ltd filed Critical Dongguan City Rui Simpson Precision Hardware Electronics Co Ltd
Priority to CN201720266669.4U priority Critical patent/CN207170669U/en
Application granted granted Critical
Publication of CN207170669U publication Critical patent/CN207170669U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

It the utility model is related to shell forming machine field.A kind of USB3.1Type C shell forming machines, including mainframe, upper die and lower die, matched moulds cylinder, flat-removing air cyclinder, translator slider, stripper plate and de- material cylinder;Translator slider is on mainframe, matched moulds cylinder is fixed in translator slider, matched moulds cylinder output end is connected to mould, and lower mould is located at the lower section of upper mould, and upper mould is provided with inner mould core, lower mould is provided with outer core rod, the corresponding procedure of each group of core rod, flat-removing air cyclinder level are fixed on mainframe, and flat-removing air cyclinder output end is connected to translator slider, to promote matched moulds cylinder and upper mould to carry out horizontal displacement, mould is allowed to move to next process;De- material cylinder is located at upper mould, and de- material cylinder output end is connected to stripper plate, and stripper plate is connected with upper mould lower end, and de- material cylinder promotes stripper plate to be sent into the workpiece in inner mould core in the outer core rod of next process;The utility model assists shift conversion step without manipulator or manpower, saves cost for enterprise and improves production efficiency.

Description

A kind of USB3.1Type-C shells forming machine
【Technical field】
Shell forming machine field is the utility model is related to, more particularly to a kind of USB3.1Type-C shells forming machine.
【Background technology】
Traditional USB3.1Type-C shells forming machine is processed provided with multiple working procedure to the shell on production line, per together After the completion of process, next process is moved to the shell on the product line by external manipulator or manpower, but be based on The consideration of production cost, the introduction and maintenance of manipulator need high capital, and the efficiency of manual labor is slower compared with manipulator, and Artificial labor service expenditure is high, and the use of these funds all brings the cost burden of great number, and traditional USB3.1Type-C for enterprise Shell forming machine is limited by core rod the number of holes, and the USB3.1Type-C shells that can only be directed to a kind of specification are processed, It can not meet the production requirement of the USB3.1Type-C shells of plurality of specifications.
【Utility model content】
Above-mentioned to solve the problems, such as, the utility model provides a kind of USB3.1Type-C shells forming machine, and the equipment can Realization the USB3.1Type-C shells of a variety of different sizes are produced automatically, and can multiple working procedure carry out simultaneously, without Extra increase manipulator or manpower assist shift conversion step, save cost for enterprise and improve production efficiency.
Technical solution adopted in the utility model is:A kind of USB3.1Type-C shells forming machine, including mainframe, on Mould, lower mould, matched moulds cylinder, translator slider, flat-removing air cyclinder, stripper plate and de- material cylinder;Matched moulds cylinder is fixed in translator slider, Matched moulds cylinder output end is connected to mould, and lower mould is located at the lower section of upper mould, and upper mould is provided with inner mould core, and lower mould is provided with outer core rod, often The corresponding procedure of one group of core rod;Flat-removing air cyclinder is horizontal on mainframe, and flat-removing air cyclinder output end is connected to translator slider, can Horizontal displacement is carried out to matched moulds cylinder and upper mould, allows mould to move to next process;De- material cylinder is located at upper mould lower end, de- material Cylinder output end is connected to stripper plate, and stripper plate is located at upper mould lower end, and de- material cylinder promotes stripper plate by the processing in inner mould core Part is sent into the outer core rod of next process, to realize that automatic process converts;After the completion of process conversion, flat-removing air cyclinder and de- material gas Cylinder is resetted, and matched moulds cylinder re-starts matched moulds, and USB3.1Type-C shell forming machines continue to process.
In the above-mentioned technical solutions, the mainframe of this kind of USB3.1Type-C shell forming machine also includes translating rails, puts down Move guide rail to be fixed on mainframe, translator slider is placed on translating rails, to play water when flat-removing air cyclinder promotes translator slider Flat guide effect.
In the above-mentioned technical solutions, the upper mould of this kind of USB3.1Type-C shell forming machine, which is provided with, is used to fix different size The inner mould core perforation of inner mould core, lower mould are provided with the outer core rod perforation for being used to fix different size outer core rod;Inner mould core perforation may be used also To replace the USB3.1Type-C shell inner mould cores of different size, meet the USB3.1Type-C shells production need of different size Ask;Outer core rod, which is perforated, can also replace the USB3.1Type-C shell outer core rods of different size, meet different size USB3.1Type-C shell production requirements.
In the above-mentioned technical solutions, this kind of USB3.1Type-C shells forming machine also include displacement clip, displacement clip with Inner mould core is fixed, to assist inner mould core to carry out process conversion to USB3.1Type-C shells workpiece when matched moulds cylinder resets.
In the above-mentioned technical solutions, the stripper plate of this kind of USB3.1Type-C shell forming machine is additionally provided with internal diameter less than processing The stripping chute of part, the position of stripping chute are located in the stripper plate immediately below corresponding inner mould core, and inner mould core runs through de- through stripping chute Template.
In the above-mentioned technical solutions, this kind of USB3.1Type-C shells forming machine also includes being used to fix mould on different size Upper die shoe plate and bottom plate for fixing mould under different size;For upper die shoe plate with being connected at the top of upper mould, upper die shoe plate can The upper mould of different size is replaced, meets the USB3.1Type-C shell production requirements to a variety of different operation quantities;Bottom plate With being connected at the top of lower mould, the lower mould of the replaceable different size of bottom plate, meet to a variety of different operation quantities USB3.1Type-C shell production requirements;Upper die shoe plate is fixed on the output end of matched moulds cylinder, and bottom plate is located at this kind On the working position of USB3.1Type-C shell forming machines.
In the above-mentioned technical solutions, this kind of USB3.1Type-C shells forming machine also includes charging cylinder, and charging cylinder is set In lower mould, the output end for feeding cylinder is connected to the outer core rod of the first procedure, with to the USB3.1Type-C shells newly added Material is positioned to outer core rod.
In the above-mentioned technical solutions, this kind of USB3.1Type-C shells forming machine also includes stamping cylinder, and stamping cylinder is set In lower mould, the output end of stamping cylinder, which is connected to, needs the outer core rod for being processed punching press, and stamping cylinder can be in outer core rod USB3.1Type-C shell materials carry out punch process.
In the above-mentioned technical solutions, this kind of USB3.1Type-C shells forming machine also includes feed rail, feed rail At the pan feeding of lower mould, workpiece can be automatically fed into lower mould by feed rail automatically for position, and is played guiding in pan feeding and made With.
In the above-mentioned technical solutions, this kind of USB3.1Type-C shells forming machine also includes resetting means, USB3.1Type- Matched moulds cylinder, flat-removing air cyclinder, demoulding cylinder, charging cylinder and the stamping cylinder that C shell forming machines are provided with are equipped with resetting means.
The beneficial effects of the utility model are:USB3.1Type-C shells forming machine can be realized automatically to USB3.1Type-C Shell is produced, and can multiple working procedure carry out simultaneously, assist shift conversion step without extra increase manipulator or manpower, and Different moulds can be changed to meet the USB3.1Type-C of different size production requirement, cost is saved for enterprise and improve Production efficiency.
Brief description of the drawings
Fig. 1 is a kind of front view of USB3.1Type-C shells forming machine of the present utility model;
Fig. 2 is a kind of upper mould explosive view of USB3.1Type-C shells forming machine of the present utility model;
Fig. 3 is a kind of lower mould explosive view of USB3.1Type-C shells forming machine of the present utility model;
Fig. 4 is a kind of lower mould top view of USB3.1Type-C shells forming machine of the present utility model.
Reference is:
It is matched moulds cylinder 1, flat-removing air cyclinder 2, mainframe 3, translator slider 4, translating rails 5, upper mould 10, de- material cylinder 11, de- Flitch 12, back-moving spring 13, displacement clip 14, upper die shoe plate 15, the first inner mould core 101, the second inner mould core 102, the 3rd internal model Core 103, the 4th inner mould core 104, the 5th inner mould core 105, inner mould core perforation 106, de- material groove 130, lower mould 20, stamping cylinder 21, Feed cylinder 22, bottom plate 23, vertical platform 24, feed rail 25, the first outer core rod 201, the second outer core rod 202, the 3rd external mold Core 203, the 4th outer core rod 204, the 5th outer core rod 205, outer core rod perforation 231, removal outlet 232.
【Embodiment】
The utility model is described in further detail below in conjunction with the accompanying drawings.
This kind of USB3.1Type-C shell forming machine, including mainframe 3, upper mould 10, lower mould 20, matched moulds cylinder 1, translation Cylinder 2, translator slider 4, translating rails 5, stripper plate 12 and de- material cylinder 11;Translating rails 5 are fixed on mainframe 3, translation Between sliding block 4 rides upon the guide rail of translating rails 5, the level of flat-removing air cyclinder 2 is fixed on mainframe 3, and flat-removing air cyclinder 2 is built-in with drive The servomotor of dynamic output end, the output end of flat-removing air cyclinder 2 are connected to translator slider 4, and flat-removing air cyclinder 2 can promote translator slider 4 to exist Moved horizontally on translating rails 5, flat-removing air cyclinder 2 drives built-in servomotor to reset translator slider 4;Matched moulds cylinder 1 It is fixed in translator slider 4, matched moulds cylinder 1 is built-in with the servomotor of drive output, and the output end of matched moulds cylinder 1 is connected to Mould 10, matched moulds cylinder promote upper mould vertical 10 to push, and matched moulds is carried out with lower mould 20, the servomotor driving built in matched moulds cylinder 1 Upper mould 20 can be resetted;Flat-removing air cyclinder 2 drives matched moulds cylinder 1 and upper mould 20 while promoting 4 horizontal displacement of translator slider Horizontal displacement is carried out, mould 10 and lower mould 20 stagger a procedure in order;Lower mould 20 is located on vertical platform 24;The upper inside of mould 10 is provided with five Individual inner mould core, lower mould 20 are provided with outer core rod 201 corresponding with inner mould core specification and quantity, and each group of core rod corresponds to a procedure, Five processes are respectively:Charging, enlarging, shaping, punching press, abjection.Two de- material cylinders 11 are located at the upper top both ends of mould 10, each The resetting means of platform de- material cylinder 11 is back-moving spring 13, and stripper plate 12 is connected with the upper bottom of mould 10, and stripper plate 12 is provided with interior Footpath is less than the de- material groove 120 of workpiece, and each inner mould core is placed on de- material groove 120, and runs through stripper plate 12, de- material cylinder 11 promote stripper plate 12 by piston push rod, to be sent into lower mould 20 to the USB3.1Type-C workpieces being fixed in inner mould core, Last back-moving spring 13 resets to stripper plate 12.
First inner mould core 101 and the first outer core rod 201 are combined as feed process, and the front end of lower mould 20 is provided with feed rail USB3.1Type-C shell workpieces can be automatically fed into lower mould 20 by road 25 and charging cylinder 22, feed rail 25 automatically, and Guide effect is played during pan feeding, after workpiece enters lower mould 20, the output end of charging cylinder 22 is connected to the first outer core rod 201, Workpiece is fed through the first outer core rod 201 and positioned by charging cylinder 22, and cylinder 22 is fed after positioning and is resetted, matched moulds gas Cylinder 1 carries out matched moulds, and displacement clip 14 is provided with the first inner mould core 101, and matched moulds backward shift clip 14 is pointed to the first outer core rod Workpiece in 201 is clamped, and after matched moulds cylinder 1 resets, workpiece follows mould 10 to move, de- from the first outer core rod 201 Go out, because size is more than stripping chute 120, it is impossible to by stripping chute 120, so that resting on the lower section of stripping chute 120;Flat-removing air cyclinder 2 Promote matched moulds cylinder 1, the upper mould 10 of order and lower mould 20 stagger a procedure, and the promotion stripper plate 12 of de- material cylinder 11 produces downward pressure The workpiece of the lower section of stripping chute 120 is pressed to the second outer core rod 202 by power, the pressure, and back-moving spring 13 is to de- after the completion of pushing Material cylinder 11 is resetted, and flat-removing air cyclinder 2 is resetted, and mould 10 aligns with lower mould 20 in order.
Second inner mould core 102 and the second outer core rod 202 are combined as enlarging process, after matched moulds cylinder 1 carries out matched moulds, second The outer core rod 202 of inner mould core 102 and second carries out enlarging to workpiece, and the workpiece after enlarging is provided by the second inner mould core 102 A fixed force, make workpiece be anchored on the second inner mould core 102, follow mould 10 to move together when matched moulds cylinder 1 resets, Deviate from from the second outer core rod 202, because size is more than stripping chute 120, it is impossible to by stripping chute 120, so that resting on stripping chute 120 Lower section, flat-removing air cyclinder 2 promotes matched moulds cylinder 1, and the upper mould 10 of order and lower mould 20 stagger a procedure, the promotion de- material of de- material cylinder 11 Plate 12 produces downward pressure, and the workpiece of the lower section of stripping chute 120 is pressed into the 3rd outer core rod 203, resetted after the completion of pushing Spring 13 is resetted to de- material cylinder 11, and flat-removing air cyclinder 2 is resetted, and mould 10 aligns with lower mould 20 in order.
3rd inner mould core 103 and the 3rd outer core rod 203 are combined as molding procedure, after matched moulds cylinder 1 carries out matched moulds, the 3rd Inner mould core 103 is molded with the 3rd outer core rod 203 to workpiece, is provided with the 3rd inner mould core 103 and is shifted clip 14, after matched moulds The workpiece that displacement clip 14 is pointed in the 3rd outer core rod 203 is clamped, and matched moulds cylinder 1 is resetted, and workpiece follows Upper mould 10 moves, and deviates from from the 3rd outer core rod 203, because size is more than stripping chute 120, it is impossible to by stripping chute 120, so that stopping In the lower section of stripping chute 120;Flat-removing air cyclinder 2 promotes matched moulds cylinder 1, and mould 10 and lower mould 20 stagger a procedure in order, de- material gas Cylinder 11 promotes stripper plate 12 to produce downward pressure, and the workpiece of the lower section of stripping chute 120 is pressed into the 4th outer core rod 204, under Back-moving spring 13 is resetted to de- material cylinder 11 after the completion of pressure, and flat-removing air cyclinder 2 is resetted, and mould 10 and lower mould 20 are right in order Together.
4th inner mould core 104 and the 4th outer core rod 204 are combined as stamping procedure, and the right side of lower mould 20 is provided with punching press gas Cylinder 21, after matched moulds cylinder 1 carries out matched moulds, stamping cylinder 21 carries out punch process, punching press to the workpiece in the 4th outer core rod 204 Stamping cylinder 21 is resetted afterwards, the fixed force that workpiece is provided by the 4th inner mould core 104, makes workpiece be anchored on Four inner mould cores 104, follow mould 10 to move together when matched moulds cylinder 1 resets, deviate from from the 4th outer core rod 204, because size is big In stripping chute 120, it is impossible to which, by stripping chute 120, so that resting on the lower section of stripping chute 120, flat-removing air cyclinder 2 promotes matched moulds gas Cylinder 1, mould 10 and lower mould 20 stagger a procedure in order, and de- material cylinder 11 promotes stripper plate 12 to produce downward pressure, will be stripped The workpiece of the lower section of groove 120 presses to the 5th outer core rod 203, and back-moving spring 13 is answered de- material cylinder 11 after the completion of pushing Position, flat-removing air cyclinder 2 are resetted, and mould 10 aligns with lower mould 20 in order.
5th inner mould core 105 and the 5th outer core rod 205 are combined as process, after matched moulds cylinder 1 carries out matched moulds, the 5th The outer core rod 205 of inner mould core 105 and the 5th carries out last processing to workpiece, and the lower section of the 5th outer core rod 205 is provided with removal outlet 232, machine rear removal outlet 232 and open, USB3.1Type-C shells complete processing by the abjection of removal outlet 232.
A kind of USB3.1Type-C shells forming machine that the utility model is taken is additionally provided with die shoe plate 15 and lower die shoe Plate 23, upper mould 10 and lower mould 20 are individually fixed in die shoe plate 15 and bottom plate 23, and when needing, production process number is different USB3.1Type-C shells, the detachable mould different with replacing of upper die shoe plate 15 and bottom plate 23;Upper mould 10 and lower mould 20 Provided with being perforated 106 and outer core rod perforation 231 for fixing the inner mould core of inner mould core and outer core rod, when needing to change in different Core rod and outer core rod are molded different outward appearances to reach, and inner mould core perforation 106 and outer core rod perforation 231 are detachable different with replacing The USB3.1Type-C shells inner mould core and outer core rod of specification, to meet that the USB3.1Type-C shells of different external forms produce need Ask.
Embodiment above simply indicates that rather than limited the utility model, therefore all according to the utility model patent application The equivalent change or modification that method described in scope is done, it is included in the utility model patent application range.

Claims (10)

1. a kind of USB3.1Type-C shells forming machine, including mainframe, upper die and lower die, matched moulds cylinder, the output of matched moulds cylinder End is connected to mould, and lower mould is below upper mould, and upper mould is provided with inner mould core, and lower mould is provided with outer core rod;It is characterized in that:Also include Translator slider, flat-removing air cyclinder, stripper plate and de- material cylinder, on mainframe, flat-removing air cyclinder output end is connected to flat-removing air cyclinder Translator slider, stripper plate are located at upper mould lower end, and de- material cylinder output end is connected to stripper plate.
A kind of 2. USB3.1Type-C shells forming machine according to claim 1, it is characterised in that:This kind The mainframe of USB3.1Type-C shell forming machines also includes translating rails, and translating rails are fixed on mainframe, translator slider It is placed on translating rails.
A kind of 3. USB3.1Type-C shells forming machine according to claim 1, it is characterised in that:This kind The upper mould of USB3.1Type-C shell forming machines is provided with the inner mould core perforation for being used to fix different size inner mould core, and lower mould, which is provided with, to be used In the outer core rod perforation of fixed different size outer core rod.
A kind of 4. USB3.1Type-C shells forming machine according to claim 1, it is characterised in that:This kind USB3.1Type-C shells forming machine also includes being used to assist to fix the displacement clip of workpiece, shifts clip and inner mould core is consolidated It is fixed.
A kind of 5. USB3.1Type-C shells forming machine according to claim 1, it is characterised in that:This kind The stripper plate of USB3.1Type-C shell forming machines is additionally provided with stripping chute, and the position of stripping chute is located at immediately below corresponding inner mould core In stripper plate.
A kind of 6. USB3.1Type-C shells forming machine according to claim 1, it is characterised in that:This kind USB3.1Type-C shells forming machine also includes being used to fix on different size the upper die shoe plate of mould and for fixing different size The bottom plate of lower mould, upper die shoe plate are fixed on the output end of matched moulds cylinder, and bottom plate is outside this kind of USB3.1Type-C On the working position of casing forming machine.
A kind of 7. USB3.1Type-C shells forming machine according to claim 1, it is characterised in that:This kind USB3.1Type-C shells forming machine also includes charging cylinder, and the position for feeding cylinder is located at lower mould, feeds the output end of cylinder It is connected to the outer core rod of the first procedure.
A kind of 8. USB3.1Type-C shells forming machine according to claim 7, it is characterised in that:This kind USB3.1Type-C shells forming machine also includes stamping cylinder, and the position of stamping cylinder is located at lower mould, the output end of stamping cylinder Being connected to needs the outer core rod for being processed punching press.
A kind of 9. USB3.1Type-C shells forming machine according to claim 1, it is characterised in that:This kind USB3.1Type-C shells forming machine also includes feed rail, and the position of feed rail is at the pan feeding of lower mould.
A kind of 10. USB3.1Type-C shells forming machine according to claim 8, it is characterised in that:This kind USB3.1Type-C shells forming machine also includes resetting means, matched moulds cylinder that USB3.1Type-C shell forming machines are provided with, flat Move cylinder, demoulding cylinder, charging cylinder and stamping cylinder and be equipped with resetting means.
CN201720266669.4U 2017-03-17 2017-03-17 A kind of USB3.1Type C shell forming machines Expired - Fee Related CN207170669U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720266669.4U CN207170669U (en) 2017-03-17 2017-03-17 A kind of USB3.1Type C shell forming machines

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720266669.4U CN207170669U (en) 2017-03-17 2017-03-17 A kind of USB3.1Type C shell forming machines

Publications (1)

Publication Number Publication Date
CN207170669U true CN207170669U (en) 2018-04-03

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720266669.4U Expired - Fee Related CN207170669U (en) 2017-03-17 2017-03-17 A kind of USB3.1Type C shell forming machines

Country Status (1)

Country Link
CN (1) CN207170669U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109877222A (en) * 2019-02-25 2019-06-14 东莞南北电子科技有限公司 TYPE-C shell molding die

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109877222A (en) * 2019-02-25 2019-06-14 东莞南北电子科技有限公司 TYPE-C shell molding die

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20180403

Termination date: 20200317

CF01 Termination of patent right due to non-payment of annual fee