CN104070098A - Multi-station punching device - Google Patents
Multi-station punching device Download PDFInfo
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- CN104070098A CN104070098A CN201410261660.5A CN201410261660A CN104070098A CN 104070098 A CN104070098 A CN 104070098A CN 201410261660 A CN201410261660 A CN 201410261660A CN 104070098 A CN104070098 A CN 104070098A
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Abstract
The invention provides a multi-station punching device and belongs to the field of mechanical technology. The multi-station punching device comprises an upper die and a lower die holder arranged under the upper die. The middle of the end surface of the upper die, which faces towards the lower die holder, is provided with a punch; the lower die holder is rotatably provided with a turntable matched with the punch; the end surface of the turntable, which faces towards the upper die, is provided with at least two die holes for placing products; the lower die holder is provided with a control switch and a driving unit for driving the turntable to rotate. When the turntable rotates, one of the die holes is positioned under the lower die and is coaxial with the punch, the other die holes are disposed on the circumference of the upper die, and the control switch, the driving unit and the upper die are electrically connected to form a closed circuit. The multi-station punching device has the advantages of being high in working efficiency, safe and reliable.
Description
Technical field
The invention belongs to field of mechanical technique, relate to a kind of multiple site punching device, particularly a kind of multiple site punching device that is applicable to punching press motor accessory.
Background technology
In prior art, the accessory of part motor need to make by decompressor punching press two workpiece.Be common single station stamping device punching product and most decompressor adopts, above-mentioned product refers to two workpiece assemblys that motor accessory needs punching press.
The counterdie that existing single station stamping device generally comprises patrix and matches with patrix, patrix has drift, and counterdie is provided with the nib that is positioned at drift below.As follows in the course of work of above-mentioned single station stamping device: product is manually directly placed on by product the nib being positioned under drift by operator, and operator shifts out stamped area by hand again, and the punching press handle of pressing decompressor carries out punching press.If during such structural design action do not have harmonious or move too fast, the hand of just likely accidentally injuring operator, security performance reduce and operating efficiency lower.
In sum, for solving the deficiency on existing single station stamping apparatus structure, need to design the high and safe and reliable multiple site punching device of a kind of operating efficiency.
Summary of the invention
The object of the invention is to have the problems referred to above for existing technology, proposed the high and safe and reliable multiple site punching device of a kind of operating efficiency.
Object of the present invention can realize by following technical proposal: a kind of multiple site punching device, comprise patrix and be arranged on the die shoe of patrix below, be provided with drift at the face down end face middle part of die holder of patrix, on described die shoe, be rotatably mounted with the rotating disk matching with drift, on the end face of patrix, be provided with at least two for placing the nib of product at turntable surface, on described die shoe, be provided with gauge tap and can drive the actuator of dial rotation, when after dial rotation, one of them nib is in patrix below and coaxially arrange with drift, all the other nibs are all arranged on patrix periphery, described gauge tap, actuator, patrix three is electrically connected and forms closed-loop path.
In above-mentioned a kind of multiple site punching device, on facing down the end face of die holder, patrix is symmetrically arranged with two guide pillars, described two guide pillars and drift is in the same plane and two guide pillars divide and are listed in drift both sides, the both sides of each nib are provided with the guide pin bushing of setting corresponding to guide pillar respectively, and each guide pin bushing is all plugged in turntable surface on the end face of patrix.
In above-mentioned a kind of multiple site punching device, described turntable surface is evenly divided into and lays district, transition region, Stamping Area, pickup district along dial rotation direction towards the end face of patrix, the quantity of described nib is four, four nibs lay respectively to be laid in district, transition region, Stamping Area, pickup district, nib and drift that described Stamping Area is positioned at patrix below and Stamping Area coaxially arrange, the described district, transition region, pickup district of laying is all arranged on patrix periphery, the described district of laying arranges away from Stamping Area, and described transition region, pickup are distinguished and be listed in both sides, Stamping Area.
In above-mentioned a kind of multiple site punching device, laying that district is outside equipped with product mounting part and for placing the product feeding-passage of product, described product mounting part can be mentioned the product in product feeding-passage and be placed in the nib of laying district, be outside equipped with product grippers and product discharge passage in pickup district, described product grippers can take out the product in the nib in pickup district be placed on product discharge passage, and described patrix, gauge tap, actuator, product mounting part, product grippers are electrically connected and form closed-loop path.
In above-mentioned a kind of multiple site punching device, described actuator is connected with rotating disk by driving gear, the lateral wall of described rotating disk is along being circumferentially surrounded with driven gear, described driven gear and driving gear are connected with a joggle, and described actuator can drive driving gear to rotate and drive simultaneously dial rotation.
In above-mentioned a kind of multiple site punching device, described actuator is the stepper motor with power output shaft, and the end of described power output shaft is installed with a gear that can drive driving gear to rotate.
In above-mentioned a kind of multiple site punching device, on described die shoe, be provided with the position-limit mechanism being connected with rotating disk, position-limit mechanism comprises against plate, expansion plate, support, describedly be installed on die shoe against plate, described expansion plate is located in mid-stent, the lateral wall of described rotating disk gets around and is provided with and four nibs, four arc-shaped limit grooves one to one along circumferential uniform ring, described expansion plate one end by spring be connected against plate, the other end is hingedly connected with roller, and described roller portion stretches in arc-shaped limit groove and contacts with arc-shaped limit groove inwall.
In above-mentioned a kind of multiple site punching device, described four arc-shaped limit groove place planes are between driven gear and die shoe.
In above-mentioned a kind of multiple site punching device, on described die shoe, be also provided with at least one time relay, the described time relay, gauge tap, actuator are electrically connected and form closed-loop path.
In above-mentioned a kind of multiple site punching device, the porch of each nib is equipped with chamfering.
Compared with prior art, in the present invention, operator is operation-control switch outside Stamping Area directly, first product is placed in the nib of laying district, and this nib positions product, then driven by rotary disc product enters into Stamping Area via transition region and carries out punching press, final product takes out and drops in next process via pickup district, and operator is away from the region of punching press in the course of the work, and overall work process safety is reliable, operating efficiency is high, and automaticity is high.
Brief description of the drawings
Fig. 1 is the structural representation of a preferred embodiment of the present invention.
Fig. 2 is the structural representation at another visual angle of Fig. 1.
Fig. 3 is the structural representation at another visual angle of Fig. 2.
Fig. 4 is the structural representation of product to be punched in a preferred embodiment of the present invention.
In figure, 10, patrix; 11, drift; 12, guide pillar; 20, die shoe; 30, rotating disk; 31, nib; 32, driven gear; 33, arc-shaped limit groove; 40, gauge tap; 51, actuator; 52, gear reduction assembly; 521, driving gear; 60, position-limit mechanism; 61, against plate; 62, expansion plate; 63, support; 64, spring; 65, roller; 70, the time relay; 81, lay district; 82, transition region; 83, Stamping Area; 84, pickup district; 90, guide pin bushing; 100, product.
Detailed description of the invention
Be below specific embodiments of the invention by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiment.
As shown in Figures 1 to 4, this multiple site punching device comprises patrix 10 and is arranged on the die shoe 20 of patrix 10 belows, be provided with drift 11 at the face down end face middle part of die holder 20 of patrix 10, on die shoe 20, be rotatably mounted with the rotating disk 30 matching with drift 11, face at rotating disk 30 on the end face of patrix 10 and be provided with at least two for placing the nib 31 of product 100, the actuator 51 that is provided with gauge tap 40 on die shoe 20 and can drives rotating disk 30 to rotate, after rotating disk 30 rotates, one of them nib 31 coaxially arranges in patrix 10 belows and with drift 11, all the other nibs 31 are all arranged on patrix 10 peripheries, gauge tap 40, actuator 51, patrix 10 threes are electrically connected and form closed-loop path.
As preferred version, in the present invention, each nib 31 is interior all places a product 100, makes product 100 place steadily and take and put down all more convenient.As shown in Figure 4, above-mentioned product 100 needs the assembly of two workpiece of punching press for motor accessory.Two workpiece under original state, in active state, need to and then make product 100 by decompressor punching press two workpiece.
In the present invention, counterdie mainly comprises die shoe 20 and is arranged on the rotating disk 30 on die shoe 20, and die shoe 20 plays firm Dare effect to whole punching course, reposefully supporting wheel 30 and other parts.
One of them nib 31 on rotating disk 30 is positioned at patrix 10 belows, the position at product to be punched 100 places when this nib 31 is press work, all the other nibs 31 on rotating disk 30 are arranged on patrix 10 peripheries, can be for laying not stamping products 100 and the complete product 100 of the punching press of taking, make operator in the course of the work away from the region of punching press, overall work process safety is reliable.In addition, operator only need handle gauge tap 40 and make actuator 51 drive rotating disk 30 to turn round, make peripheral not stamping products 100 enter into patrix 10 (drift 11) below and carry out press work, and then produce periphery, finally take out the complete product of punching press 100 and make it to enter next process, above-mentioned punching course automaticity is high, easy to operate.
In this case, can select manually stamping products 100 not to put into peripheral nib 31, also can select to adopt automation equipment that stamping products 100 is not put into peripheral nib 31; In like manner, the complete product 100 of the punching press of taking from peripheral nib 31 also can be selected the running of manual operation or automation equipment, reasonable in design and flexibility is large.
Preferably, on facing down the end face of die holder 20, patrix 10 is symmetrically arranged with two guide pillars 12,12 points of in the same plane and two guide pillars are listed in drift 11 both sides to two guide pillars 12 with drift 11, the both sides of each nib 31 are provided with the guide pin bushing 90 of setting corresponding to guide pillar 12 respectively, and each guide pin bushing 90 is all plugged on the end face that rotating disk 30 faces patrix 10.As its name suggests, supporting the use of above-mentioned guide pillar 12 and guide pin bushing 90, plays guide effect, and guide pillar 12 and guide pin bushing 90 mount and dismount all more convenient, has ensured the accuracy of product 100 punching presses, has improved operating efficiency, has reduced the defect rate of product 100.Certainly, also can be according to other director elements of actual conditions choice for use in the present invention.
In the present invention, the end face that rotating disk 30 faces patrix 10 is evenly divided into and lays district 81 along rotating disk 30 rotation directions, transition region 82, Stamping Area 83, pickup district 84, the quantity of nib 31 is four, four nibs 31 lay respectively at lays district 81, transition region 82, Stamping Area 83, in pickup district 84, the nib 31 that Stamping Area 83 is positioned at patrix 10 belows and Stamping Area 83 coaxially arranges with drift 11, lay district 81, transition region 82, pickup district 84 is all arranged on patrix 10 peripheries, laying district 81 arranges away from Stamping Area 83, transition region 82, 84 points, pickup district is listed in 83 both sides, Stamping Area.
Lay district 81 for laying product 100 to be punched, Stamping Area 83 is for stamping products 100, the pickup district 84 handled easily persons complete product 100 of punching press of taking, turn in the process of transition region 82 by laying district 81 at product 100, product 100 ends can submerge in nib 31 gradually, play the effect that pre-punching is prepared, and make the product 100 in moving process be difficult for landing or jump out outside nib 31, product 100 course of conveying are steady, make the press work of follow-up Stamping Area 83 more smooth and easy, time saving and energy saving, improve operating efficiency.In this case, the work in four regions is well defined, and topology layout compactness is convenient and practical, has improved on the one hand operating efficiency and space utilization rate, and also convenient operation person can change substandard products or the sampling observation portioned product 100 in product 100 in time on the other hand.
Further, as preferred version, laying that district 81 is outside equipped with product mounting part and for placing the product feeding-passage of product 100, in product feeding-passage, be placed with multiple products 100, product mounting part can mention the product in product feeding-passage 100 and be placed in the nib 31 of laying district 81, be outside equipped with product grippers and product discharge passage in pickup district 84, product grippers can take out the product in the nib in pickup district 84 31 100 be placed on product discharge passage, patrix 10, gauge tap 40, actuator 51, product mounting part, product grippers is electrically connected and forms closed-loop path.
In above-mentioned preferred version, product mounting part and product grippers all may be selected to be manipulator, product feeding-passage and product discharge passage all may be selected to be barrel or belt conveyor, product feeding-passage is used for placing product 100 to be punched, product mounting part for mentioning product 100 to be punched be placed in the nib 31 of laying district 81 in product feeding-passage, product discharge passage is for the interior taking-up of nib 31 from pickup district 84 by product complete punching press 100, and be put on product discharge passage, so that the complete product 100 of punching press can enter next process as early as possible, above-mentioned course of work action is simple, easy to operate, only need to handle gauge tap 40 and can realize a set of laying, location, punching press, the do action taking out, automaticity is high, operating efficiency is high.
This multiple site punching device is under original state, first product 100 to be punched is placed in the nib 31 of laying district 81, operator presses gauge tap 40, gauge tap 40 sends instruction to actuator 51, actuator 51 drives rotating disk 30 to rotate, the product to be punched 100 that makes to lay in district 81 is transferred to transition region 82 by laying district 81, simultaneously, product to be punched 100 in original transition region 82 is transferred to Stamping Area 83 by transition region 82 and is carried out punching press, the complete product 100 of punching press in original Stamping Area 83 is transferred to pickup district 84 by Stamping Area 83, then product 100 complete interior pickup district 84 punching press is taken out, nib 31 in pickup district 84 now soars, upper when once pressing gauge tap 40 and realizing again do action, the nib 31 soaring in pickup district 84 is transferred to and is laid district 81 by pickup district 84, then repeating said process.Operator is away from the region of punching press in the course of the work, and overall work process safety is reliable, and operating efficiency is high, and automaticity is high.
Preferably, actuator 51 is connected with rotating disk 30 by driving gear 521, the lateral wall of rotating disk 30 is along being circumferentially surrounded with driven gear 32, and driven gear 32 is connected with a joggle with driving gear 521, and actuator 51 can drive driving gear 521 rotate and drive rotating disk 30 to rotate simultaneously.
It is worth mentioning that, actuator 51 in the present invention can be selected to be connected with rotating disk 30 by gear reduction assembly 52, gear reduction assembly 52 can be preferably the mechanical reduction gear being made up of multiple gears, wherein the power input gear of mechanical reduction gear is connected with actuator 51, and the power input gear of mechanical reduction gear is driving gear 521.Because the power that general actuator 51 is exported may be excessive, and to find proper actuator 51 often to need to spend the more time, cause the wasting of resources, therefore gear reduction assembly 52 is set is necessary, said gear reasonable in design and easy for installation.
Preferably, actuator 51 is for having the stepper motor of power output shaft, and the end of power output shaft is installed with a gear that can drive driving gear 521 to rotate.Stepper motor can be applicable in the work of this multiple site punching device well, reasonable in design, operate by gauge tap 40 control step driven by motor rotating disks 30, use also more convenient, and a gear coordinates with gear reduction assembly 52 closely, can improve job stability, improve service life of equipment.
Preferably, on die shoe 20, be provided with the position-limit mechanism 60 being connected with rotating disk 30, position-limit mechanism 60 comprises against plate 61, expansion plate 62, support 63, describedly be installed on die shoe 20 against plate 61, expansion plate 62 is located in support 63 middle parts, the lateral wall of rotating disk 30 gets around and is provided with and four nibs 31, four arc-shaped limit grooves 33 one to one along circumferential uniform ring, expansion plate 62 one end are passed through spring 64 and are connected against plate 61, the other end is hingedly connected with roller 65, and roller 65 parts stretch in arc-shaped limit groove 33 and contact with arc-shaped limit groove 33 inwalls.
In rotating disk 30 rotation processes, roller 65 is along the lateral wall smooth sliding of rotating disk 30, moved in next arc-shaped limit groove 33 by an arc-shaped limit groove 33, and expansion plate 62 and there is elasticity activity space against between plate 61, in the time that rotating disk 30 stops, expansion plate 62 pair rollers 65 apply an outer elastic force, and what roller 65 was more firm is resisted against in corresponding arc-shaped limit groove 33.Position-limit mechanism 60 plays well location and firm effect, can ensure well the concentricity of nib 31 in Stamping Area 83 and drift 11, increase work efficiency, and reduction in the numbers of seconds.
Preferably, four arc-shaped limit groove 33 place planes are between driven gear 32 and die shoe 20.Such structural design is simple, rationally distributed, easy to process.
Preferably, be also provided with at least one time relay 70 on die shoe 20, the time relay 70, gauge tap 40, actuator 51 are electrically connected and form closed-loop path.Can well control the time interval of overall work by the time relay 70, reasonable in design and easy for installation.
Preferably, the porch of each nib 31 is equipped with chamfering, and chamfering can prevent from when product 100 from entering nib 31 scratching, easy to process, has reduced defect rate.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendments or supplement or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Claims (10)
1. a multiple site punching device, comprise patrix and be arranged on the die shoe of patrix below, be provided with drift at the face down end face middle part of die holder of patrix, it is characterized in that, on described die shoe, be rotatably mounted with the rotating disk matching with drift, on the end face of patrix, be provided with at least two for placing the nib of product at turntable surface, on described die shoe, be provided with gauge tap and can drive the actuator of dial rotation, when after dial rotation, one of them nib is in patrix below and coaxially arrange with drift, all the other nibs are all arranged on patrix periphery, described gauge tap, actuator, patrix three is electrically connected and forms closed-loop path.
2. a kind of multiple site punching device according to claim 1, it is characterized in that, on facing down the end face of die holder, patrix is symmetrically arranged with two guide pillars, described two guide pillars and drift is in the same plane and two guide pillars divide and are listed in drift both sides, the both sides of each nib are provided with the guide pin bushing of setting corresponding to guide pillar respectively, and each guide pin bushing is all plugged in turntable surface on the end face of patrix.
3. a kind of multiple site punching device according to claim 1 and 2, it is characterized in that, described turntable surface is evenly divided into and lays district along dial rotation direction towards the end face of patrix, transition region, Stamping Area, pickup district, the quantity of described nib is four, four nibs lay respectively at lays district, transition region, Stamping Area, in pickup district, nib and drift that described Stamping Area is positioned at patrix below and Stamping Area coaxially arrange, the described district of laying, transition region, pickup district is all arranged on patrix periphery, the described district of laying arranges away from Stamping Area, described transition region, pickup is distinguished and is listed in both sides, Stamping Area.
4. a kind of multiple site punching device according to claim 3, it is characterized in that, laying that district is outside equipped with product mounting part and for placing the product feeding-passage of product, described product mounting part can be mentioned the product in product feeding-passage and be placed in the nib of laying district, be outside equipped with product grippers and product discharge passage in pickup district, described product grippers can take out the product in the nib in pickup district be placed on product discharge passage, described patrix, gauge tap, actuator, product mounting part, product grippers is electrically connected and forms closed-loop path.
5. a kind of multiple site punching device according to claim 4, it is characterized in that, described actuator is connected with rotating disk by driving gear, the lateral wall of described rotating disk is along being circumferentially surrounded with driven gear, described driven gear and driving gear are connected with a joggle, and described actuator can drive driving gear to rotate and drive simultaneously dial rotation.
6. a kind of multiple site punching device according to claim 5, is characterized in that, described actuator is the stepper motor with power output shaft, and the end of described power output shaft is installed with a gear that can drive driving gear to rotate.
7. a kind of multiple site punching device according to claim 6, it is characterized in that, on described die shoe, be provided with the position-limit mechanism being connected with rotating disk, position-limit mechanism comprises against plate, expansion plate, support, describedly be installed on die shoe against plate, described expansion plate is located in mid-stent, the lateral wall of described rotating disk gets around and is provided with and four nibs, four arc-shaped limit grooves one to one along circumferential uniform ring, described expansion plate one end by spring be connected against plate, the other end is hingedly connected with roller, described roller portion stretches in arc-shaped limit groove and contacts with arc-shaped limit groove inwall.
8. a kind of multiple site punching device according to claim 7, is characterized in that, described four arc-shaped limit groove place planes are between driven gear and die shoe.
9. a kind of multiple site punching device according to claim 1, is characterized in that, is also provided with at least one time relay on described die shoe, and the described time relay, gauge tap, actuator are electrically connected and form closed-loop path.
10. a kind of multiple site punching device according to claim 1, is characterized in that, the porch of each nib is equipped with chamfering.
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| CN201410261660.5A CN104070098B (en) | 2014-06-12 | 2014-06-12 | A kind of multiple site punching device |
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| CN201410261660.5A CN104070098B (en) | 2014-06-12 | 2014-06-12 | A kind of multiple site punching device |
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