CN204771531U - Insert PIN machine - Google Patents
Insert PIN machine Download PDFInfo
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- CN204771531U CN204771531U CN201520484201.3U CN201520484201U CN204771531U CN 204771531 U CN204771531 U CN 204771531U CN 201520484201 U CN201520484201 U CN 201520484201U CN 204771531 U CN204771531 U CN 204771531U
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Abstract
The utility model discloses an insert PIN machine, detect worker station, dress rubber ring worker station, moulding circle worker station, get product worker station, carousel including dress needle worker station, anti - needle, being equipped with a plurality of carrier stations on the outward flange of carousel, placing the carrier on the carrier station, the carrier bears the product that need insert PIN, dress needle worker station, anti - needle detect worker station, dress rubber ring worker station, moulding circle worker station, get product worker station distributes at the outer circumferential edge of carousel along the side according to the order of sequence. Dress needle worker station involving vibrations dish with move the installation and construct, the vibration dish constructs and provides PIN to moving the installation, moving the installation and constructing and insert the product relevant position that is located on the carrier with PIN automatically. Along with the rotation of carousel, anti - needle detects the positive and negative dress that PIN is judged at the worker station, and dress rubber ring worker adorns the rubber ring to the product relevant position station, and moulding circle worker station pushes down the rubber ring. The action at above -mentioned each worker station is all accomplished automatically, through above -mentioned technical scheme, insert PIN machine can practice thrift the manpower in a large number, improve work efficiency.
Description
Technical field:
The one that the utility model relates in the manufacturing such as electronics, automobile inserts PIN equipment automatically.
Background technology:
Insert PIN technique to be mainly used in the manufacturing such as electronics, automobile.Slotting PIN technique generally comprises and fill pin, operation such as dress cushion rubber, moulding circle etc. on product, and by prior art, above-mentioned dress pin, dress cushion rubber, moulding circle operation complete on an artificial streamline.Wherein, the geometry at described PIN two ends is different, even if the geometry at PIN two ends is identical, but its size is different.
Utility model content:
The technical problem that the utility model solves: in prior art, the slotting PIN technique be applied in the manufacturing such as electronics, automobile completes on an artificial streamline, insert dress pin included by PIN technique, dress cushion rubber, moulding circle operation complete by the operator on artificial streamline, so, not only bad for saving human resources, and operating efficiency is also difficult to be improved.
The utility model provides following technical scheme:
A kind of slotting PIN machine, comprises dress pin station, purl detection station, dress cushion rubber station, moulding circle station, gets product station, rotating disk;
The outward flange of described rotating disk is provided with multiple carrier station, and carrier station places carrier, and carrier carrying need insert the product of PIN; Described dress pin station, purl detect station, dress cushion rubber station, moulding circle station, get the outer circumferential edges side that product station is distributed in rotating disk according to the order of sequence;
Described dress pin station involving vibrations dish, transhipping device structure; Described transhipping device structure comprises frame, rectilinear translation cylinder, rectilinear translation guide rail, translating bracket, straight line lift cylinder, straight line riser guide, lifting support, sucker group; Described sucker group is arranged on the bottom surface of lifting support, described lifting support is arranged on the piston rod of straight line lift cylinder, described straight line riser guide is arranged on translating bracket, lifting support is slidably fitted on straight line riser guide, the cylinder block of described straight line lift cylinder is arranged on translating bracket, described translating bracket is arranged on the piston rod of rectilinear translation cylinder, described rectilinear translation guide rails assembling is in frame, translating bracket is slidably fitted on rectilinear translation guide rail, and the cylinder block of described rectilinear translation cylinder is arranged in frame; Described transhipping device structure is positioned at vibrating disk discharge outlet;
Described purl detects station and comprises the 5th straight line lift cylinder, detection head, and described detection head is arranged on the piston rod of the 5th straight line lift cylinder, and described detection head judges the positive and negative dress of PIN by the geometry or size detecting PIN two ends;
Described dress cushion rubber station comprises cushion rubber carrier, the second transhipping device structure, and described cushion rubber carrier is positioned at the side of the second transhipping device structure, and the cushion rubber on cushion rubber carrier is transferred on carrier station by the second transhipping device structure;
Described moulding circle station comprises the 6th straight line lift cylinder, pressure head, and described pressure head is arranged on the piston rod of the 6th straight line lift cylinder, and the 6th straight line lift cylinder drive ram is descending, and pressure head presses down cushion rubber.
By technique scheme, vibrating disk provides PIN to transhipping device structure, sucker group in transhipping device structure draws PIN from the discharge outlet of vibrating disk, straight line lift cylinder drives lifting support to rise, afterwards, rectilinear translation air cylinder driven translating bracket moves to the top of carrier station, afterwards, straight line lift cylinder drives lifting support up, and PIN is inserted the product relevant position be positioned on carrier by sucker group.After dress pin terminates, dial rotation certain angle, purl detects station judges PIN positive and negative dress by detection head, and such as, PIN two ends are circle, PIN one end diameter is larger, detection head can be designed to a sleeve, sleeve diameter size between the circular diameter in PIN two ends, if sleeve can put the upper end of PIN, be then formal dress, if can not, be anti-dress.After purl detects and terminates, dial rotation certain angle, the cushion rubber on cushion rubber carrier can be transferred to the product relevant position on carrier station by the second transhipping device structure.After dress cushion rubber terminates, dial rotation certain angle, the descending following moulding circle of the 6th straight line lift cylinder drive ram.After moulding circle terminates, the angle that dial rotation is certain, operating personnel can take the product of process finishing away from rotating disk.
By technique scheme, slotting PIN machine described in the utility model can be saved manpower in a large number, increase work efficiency.
Illustrate as the one of the utility model to dress pin station, described vibrating disk comprises conical disk body, the concave wall be arranged on disk body madial wall, be arranged on the branched bottom of vibrating disk discharge outlet; Described concave wall helically rises shape, described concave wall and disk body madial wall form total transfer passage, described branched bottom and total transfer passage tandem array, described branched bottom is made up of a pair guardrail, one end that described branched bottom is not connected with total transfer passage is closed, and PIN can in the gap of standing between a pair guardrail.
By the above-mentioned explanation for dress pin station, first the PIN being positioned at vibrating disk runs along total transfer passage, and during to vibrating disk discharge outlet, PIN proceeds to branched bottom.Because branched bottom is made up of a pair guardrail, the PIN entering branched bottom is being vertical state under gravity, and PIN thicker part position is supported on a pair guardrail, that is, PIN hangs on a pair guardrail.Under the continuation vibration of vibrating disk, PIN moves to one end that branched bottom is closed, and terminates in this end.Afterwards, PIN is drawn in one end that the cupule head of travel mechanism can be closed from branched bottom.
Based on above-mentioned explanation, as the utility model further illustrating dress pin station, the quantity of described branched bottom is four, and four branched bottoms are set up in parallel; The sucker group of described transhipping device structure comprises the sucker of four PIN on desorption branch passage.That is, sucker group can draw four PIN simultaneously.
Based on above-mentioned explanation, illustrate as the one of the utility model to dress cushion rubber station, described second transhipping device structure comprises the second frame, the second rectilinear translation cylinder, the second rectilinear translation guide rail, the second translating bracket, the second straight line lift cylinder, the second straight line riser guide, the second lifting support, the second sucker group, described second sucker group is arranged on the bottom surface of the second lifting support, described second lifting support is arranged on the piston rod of the second straight line lift cylinder, described second straight line riser guide is arranged on the second translating bracket, second lifting support is slidably fitted on the second straight line riser guide, the cylinder block of described second straight line lift cylinder is arranged on the second translating bracket, described second translating bracket is arranged on the piston rod of the second rectilinear translation cylinder, described second rectilinear translation guide rails assembling is in the second frame, second translating bracket is slidably fitted on the second rectilinear translation guide rail, the cylinder block of described second rectilinear translation cylinder is arranged in the second frame, described cushion rubber carrier is provided with four cushion rubber putting positions, and described second sucker group comprises four for adsorbing the sucker of cushion rubber on cushion rubber carrier.As described above, described second transhipping device structure is same as transhipping device structure from the operation principle of cushion rubber carrier absorption cushion rubber and draws PIN from the branched bottom of vibrating disk.
Based on above-mentioned explanation, as the utility model further illustrating dress cushion rubber station, described dress cushion rubber station also comprises the supporting plate, the 3rd rectilinear translation cylinder, the 4th rectilinear translation cylinder that are fixedly installed; Described supporting plate is horizontally disposed with, described cushion rubber carrier is slidably fitted on supporting plate, described 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder are arranged on the both sides of supporting plate in opposite directions, described cushion rubber carrier is between the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder, and the piston rod of the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder promotes cushion rubber carrier and slides between the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder; Described supporting plate is provided with locating part, and locating part is positioned at the side of the 3rd rectilinear translation cylinder.As described above, cushion rubber is loaded in after on cushion rubber carrier by operating personnel, and the piston rod of the 3rd rectilinear translation cylinder promotes the below that cushion rubber carrier moves to the second sucker group of the second transfer mechanism, and the second sucker group draws the cushion rubber on cushion rubber carrier.Afterwards, the piston rod of the 4th rectilinear translation cylinder promotes the reset of cushion rubber carrier.
As the utility model to the one explanation of getting product work station, described product station of getting comprises the 3rd transhipping device structure, and described 3rd transhipping device structure comprises the 3rd frame, the 3rd rectilinear translation cylinder, the 3rd rectilinear translation guide rail, the 3rd translating bracket, the 3rd straight line lift cylinder, the 3rd straight line riser guide, the 3rd lifting support, the 3rd sucker group, described 3rd sucker group is arranged on the bottom surface of the 3rd lifting support, described 3rd lifting support is arranged on the piston rod of the 3rd straight line lift cylinder, described 3rd straight line riser guide is arranged on the 3rd translating bracket, 3rd lifting support is slidably fitted on the 3rd straight line riser guide, the cylinder block of described 3rd straight line lift cylinder is arranged on the 3rd translating bracket, described 3rd translating bracket is arranged on the piston rod of the 3rd rectilinear translation cylinder, described 3rd rectilinear translation guide rails assembling is in the 3rd frame, 3rd translating bracket is slidably fitted on the 3rd rectilinear translation guide rail, the cylinder block of described 3rd rectilinear translation cylinder is arranged in the 3rd frame.
Based on above-mentioned explanation, as the utility model to getting further illustrating of product work station, described 3rd sucker group comprises grabs PIN head, feeder; The described PIN of grabbing head comprises tubular elements, dividing plate, elastic membrane, described dividing plate is fixedly mounted on the madial wall of tubular elements, described elastic membrane is fixedly mounted on dividing plate, the space of sealing is formed between described elastic membrane and tubular elements madial wall, the cross section of described seal cavity in the form of a ring, through hole offered by described dividing plate, and described seal cavity is communicated with through hole, and described through hole is communicated with feeder.By technique scheme, 3rd sucker group is when capturing PIN, elastic membrane in tubular elements shrouds the top of PIN, feeder is to air feed in the seal cavity formed between elastic membrane and tubular elements madial wall, inflation of elastic membrane, and then wrap PIN tightly, so far, namely complete and grab the process that PIN head captures PIN (i.e. product).Grab PIN head by above-mentioned, the 3rd sucker group Absorbable organic halogens ground captures product, avoids product to fall or drops.
Improve as one of the present utility model, slotting PIN machine described in the utility model also comprises carrier clear detection station, and described carrier clear detection station comprises photoelectric sensor; Described carrier clear detection station, dress pin station, purl detect station, dress cushion rubber station, moulding circle station, get the outer circumferential edges side that product station is distributed in rotating disk according to the order of sequence; The outward flange of described rotating disk is provided with six carrier stations.
Accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is the structural representation of a kind of slotting PIN machine of the utility model;
Fig. 2 is the structural representation filling cushion rubber station 30 in Fig. 1;
Fig. 3 is the structural representation of transhipping device structure 12 in Fig. 1;
Fig. 4 is the structural representation of the 3rd transhipping device structure 51 in Fig. 1;
Fig. 5 is the structural representation of vibrating disk 11 in Fig. 1;
Fig. 6 is A-A sectional drawing in Fig. 5;
Fig. 7 be in Fig. 5 B to partial view;
Fig. 8 is the structural representation of grabbing PIN 519 in Fig. 4 the 3rd transhipping device structure 51;
Fig. 9 is the sectional view of Fig. 8.
Symbol description in figure:
10-dress pin station; 11-vibrating disk; 110-total transfer passage; 111-disk body; 112-concave wall; 113-branched bottom; 114-guardrail; 12-transhipping device structure; 121-frame; 122-rectilinear translation cylinder; 123-rectilinear translation guide rail; 124-translating bracket; 125-straight line lift cylinder; 126-straight line riser guide; 127-lifting support; 128-sucker group;
20-purl detects station;
30-dress cushion rubber station; 31-cushion rubber carrier; 32-the second transhipping device structure; 321-the second frame; 322-the second rectilinear translation cylinder; 323-the second rectilinear translation guide rail; 324-the second translating bracket; 325-the second straight line lift cylinder; 326-the second straight line riser guide; 327-the second lifting support; 328-the second sucker group; 33-supporting plate; 34-the three rectilinear translation cylinder; 35-the four rectilinear translation cylinder; 36-locating part;
40-moulding circle station;
50-get product station; 51-the three transhipping device structure; 511-the three frame; 512-the three rectilinear translation cylinder; 513-the three rectilinear translation guide rail; 514-the three translating bracket; 515-the three straight line lift cylinder; 516-the three straight line riser guide; 517-the three lifting support; 518-the three sucker group; 519-grab PIN head; 5191-tubular elements; 5192-dividing plate; 5193-elastic membrane; 5190-seal cavity;
60-rotating disk;
70-carrier station;
80-carrier clear detection station;
90—PIN。
Detailed description of the invention:
As Fig. 1, a kind of slotting PIN machine, comprises dress pin station 10, purl detection station 20, dress cushion rubber station 30, moulding circle station 40, gets product station 50, rotating disk 60, carrier clear detection station 80.
As Fig. 1, the outward flange of described rotating disk 60 is provided with six carrier stations 70, and carrier station places carrier, and carrier carrying need insert the product of PIN; Described carrier clear detection station 80, dress pin station 10, purl detect station 20, dress cushion rubber station 30, moulding circle station 40, get the outer circumferential edges side that product station 50 is distributed in rotating disk 60 according to the order of sequence.
As Fig. 1, described dress pin station 10 involving vibrations dish 11, transhipping device structure 12.
In above-mentioned dress pin station 10, composition graphs 5, Fig. 6, Fig. 7, described vibrating disk 11 comprises conical disk body 111, the concave wall 112 be arranged on disk body madial wall, be arranged on the branched bottom 113 of vibrating disk discharge outlet; Described concave wall helically rises shape, described concave wall and disk body madial wall form total transfer passage 110, described branched bottom and total transfer passage tandem array, described branched bottom is made up of a pair guardrail 114, one end that described branched bottom is not connected with total transfer passage is closed, and PIN90 can in the gap of standing between a pair guardrail.Wherein, the quantity of described branched bottom 113 is four, and four branched bottoms are set up in parallel; The sucker group 128 of described transhipping device structure 12 comprises the sucker of four PIN on desorption branch passage.
In above-mentioned dress pin station 10, as Fig. 3, described transhipping device structure 12 comprises frame 121, rectilinear translation cylinder 122, rectilinear translation guide rail 123, translating bracket 124, straight line lift cylinder 125, straight line riser guide 126, lifting support 127, sucker group 128; Described sucker group is arranged on the bottom surface of lifting support, described lifting support is arranged on the piston rod of straight line lift cylinder, described straight line riser guide is arranged on translating bracket, lifting support is slidably fitted on straight line riser guide, the cylinder block of described straight line lift cylinder is arranged on translating bracket, described translating bracket is arranged on the piston rod of rectilinear translation cylinder, described rectilinear translation guide rails assembling is in frame, translating bracket is slidably fitted on rectilinear translation guide rail, and the cylinder block of described rectilinear translation cylinder is arranged in frame; Described transhipping device structure is positioned at vibrating disk discharge outlet.
Described purl detects station 20 and comprises the 5th straight line lift cylinder, detection head, and described detection head is arranged on the piston rod of the 5th straight line lift cylinder, and described detection head judges the positive and negative dress of PIN by the geometry or size detecting PIN two ends.
As Fig. 2, described dress cushion rubber station 30 comprises cushion rubber carrier 31, second transhipping device structure 32, and described cushion rubber carrier is positioned at the side of the second transhipping device structure, and the cushion rubber on cushion rubber carrier is transferred on carrier station by the second transhipping device structure.
In above-mentioned dress cushion rubber station 30, as Fig. 2, described second transhipping device structure 32 comprises the second frame 321, second rectilinear translation cylinder 322, second rectilinear translation guide rail 323, second translating bracket 324, second straight line lift cylinder 325, second straight line riser guide 326, second lifting support 327, second sucker group 328, described second sucker group is arranged on the bottom surface of the second lifting support, described second lifting support is arranged on the piston rod of the second straight line lift cylinder, described second straight line riser guide is arranged on the second translating bracket, second lifting support is slidably fitted on the second straight line riser guide, the cylinder block of described second straight line lift cylinder is arranged on the second translating bracket, described second translating bracket is arranged on the piston rod of the second rectilinear translation cylinder, described second rectilinear translation guide rails assembling is in the second frame, second translating bracket is slidably fitted on the second rectilinear translation guide rail, the cylinder block of described second rectilinear translation cylinder is arranged in the second frame, described cushion rubber carrier 31 is provided with four cushion rubber putting positions, and described second sucker group comprises four for adsorbing the sucker of cushion rubber on cushion rubber carrier.
Above-mentioned dress cushion rubber station 30, as Fig. 2, also comprises the supporting plate 33, the 3rd rectilinear translation cylinder 34, the 4th rectilinear translation cylinder 35 that are fixedly installed; Described supporting plate is horizontally disposed with, described cushion rubber carrier 31 is slidably fitted on supporting plate, described 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder are arranged on the both sides of supporting plate in opposite directions, described cushion rubber carrier is between the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder, and the piston rod of the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder promotes cushion rubber carrier and slides between the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder; Described supporting plate is provided with locating part 36, and locating part is positioned at the side of the 3rd rectilinear translation cylinder.
Described moulding circle station comprises the 6th straight line lift cylinder, pressure head, and described pressure head is arranged on the piston rod of the 6th straight line lift cylinder, and the 6th straight line lift cylinder drive ram is descending, and pressure head presses down cushion rubber.
As Fig. 4, described product station 50 of getting comprises the 3rd transhipping device structure 51, and described 3rd transhipping device structure comprises the 3rd frame 511, the 3rd rectilinear translation cylinder 512, the 3rd rectilinear translation guide rail 513, the 3rd translating bracket 514, the 3rd straight line lift cylinder 515, the 3rd straight line riser guide 516, the 3rd lifting support 517, the 3rd sucker group 518, described 3rd sucker group is arranged on the bottom surface of the 3rd lifting support, described 3rd lifting support is arranged on the piston rod of the 3rd straight line lift cylinder, described 3rd straight line riser guide is arranged on the 3rd translating bracket, 3rd lifting support is slidably fitted on the 3rd straight line riser guide, the cylinder block of described 3rd straight line lift cylinder is arranged on the 3rd translating bracket, described 3rd translating bracket is arranged on the piston rod of the 3rd rectilinear translation cylinder, described 3rd rectilinear translation guide rails assembling is in the 3rd frame, 3rd translating bracket is slidably fitted on the 3rd rectilinear translation guide rail, the cylinder block of described 3rd rectilinear translation cylinder is arranged in the 3rd frame.
Above-mentionedly get product station 50, as Fig. 8, Fig. 9, described 3rd sucker group 518 comprises grabs PIN 519, feeder; The described PIN of grabbing head comprises tubular elements 5191, dividing plate 5192, elastic membrane 5193, described dividing plate is fixedly mounted on the madial wall of tubular elements, described elastic membrane is fixedly mounted on dividing plate, the space 5190 of sealing is formed between described elastic membrane and tubular elements madial wall, the cross section of described seal cavity in the form of a ring, through hole offered by described dividing plate, and described seal cavity is communicated with through hole, and described through hole is communicated with feeder.
Described carrier clear detection station 80 comprises photoelectric sensor.
In real work, vibrating disk 11 provides PIN to transhipping device structure 12, and PIN is inserted the product relevant position be positioned on carrier by transhipping device structure 12.After dress pin terminates, rotating disk 60 turns an angle, and purl detects station 20 judges PIN positive and negative dress by detection head.After purl detects and terminates, rotating disk 60 turns an angle, and the cushion rubber on cushion rubber carrier 31 can be transferred to the product relevant position on carrier station by the second transhipping device structure 32.After dress cushion rubber terminates, rotating disk 60 turns an angle, and moulding circle station 40 presses down cushion rubber.After moulding circle terminates, rotating disk 60 rotates certain angle, gets product station 50 takes process finishing away product from rotating disk 60.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (8)
1. a slotting PIN machine, comprises dress pin station (10), purl detection station (20), dress cushion rubber station (30), moulding circle station (40), gets product station (50), rotating disk (60); The outward flange of described rotating disk is provided with multiple carrier station (70), and carrier station places carrier, and carrier carrying need insert the product of PIN; Described dress pin station, purl detect station, dress cushion rubber station, moulding circle station, get the outer circumferential edges side that product station is distributed in rotating disk according to the order of sequence; It is characterized in that: described dress pin station involving vibrations dish (11), transhipping device structure (12); Described transhipping device structure comprises frame (121), rectilinear translation cylinder (122), rectilinear translation guide rail (123), translating bracket (124), straight line lift cylinder (125), straight line riser guide (126), lifting support (127), sucker group (128); Described sucker group is arranged on the bottom surface of lifting support, described lifting support is arranged on the piston rod of straight line lift cylinder, described straight line riser guide is arranged on translating bracket, lifting support is slidably fitted on straight line riser guide, the cylinder block of described straight line lift cylinder is arranged on translating bracket, described translating bracket is arranged on the piston rod of rectilinear translation cylinder, described rectilinear translation guide rails assembling is in frame, translating bracket is slidably fitted on rectilinear translation guide rail, and the cylinder block of described rectilinear translation cylinder is arranged in frame; Described transhipping device structure is positioned at vibrating disk discharge outlet; Described purl detects station and comprises the 5th straight line lift cylinder, detection head, and described detection head is arranged on the piston rod of the 5th straight line lift cylinder, and described detection head judges the positive and negative dress of PIN by the geometry or size detecting PIN two ends; Described dress cushion rubber station comprises cushion rubber carrier (31), the second transhipping device structure (32), and described cushion rubber carrier is positioned at the side of the second transhipping device structure, and the cushion rubber on cushion rubber carrier is transferred on carrier station by the second transhipping device structure; Described moulding circle station comprises the 6th straight line lift cylinder, pressure head, and described pressure head is arranged on the piston rod of the 6th straight line lift cylinder, and the 6th straight line lift cylinder drive ram is descending, and pressure head presses down cushion rubber.
2. as claimed in claim 1 a kind of insert PIN machine, it is characterized in that: described vibrating disk (11) comprises conical disk body (111), the concave wall (112) be arranged on disk body madial wall, be arranged on the branched bottom (113) of vibrating disk discharge outlet; Described concave wall helically rises shape, described concave wall and disk body madial wall form total transfer passage (110), described branched bottom and total transfer passage tandem array, described branched bottom is made up of a pair guardrail (114), one end that described branched bottom is not connected with total transfer passage is closed, a PIN(90) can in the gap of standing between a pair guardrail.
3. a kind of slotting PIN machine as claimed in claim 2, is characterized in that: the quantity of described branched bottom (113) is four, and four branched bottoms are set up in parallel; The sucker group (128) of described transhipping device structure (12) comprises the sucker of four PIN on desorption branch passage.
4. a kind of slotting PIN machine as claimed in claim 3, is characterized in that: described second transhipping device structure (32) comprises the second frame (321), the second rectilinear translation cylinder (322), the second rectilinear translation guide rail (323), the second translating bracket (324), the second straight line lift cylinder (325), the second straight line riser guide (326), the second lifting support (327), the second sucker group (328), described second sucker group is arranged on the bottom surface of the second lifting support, described second lifting support is arranged on the piston rod of the second straight line lift cylinder, described second straight line riser guide is arranged on the second translating bracket, second lifting support is slidably fitted on the second straight line riser guide, the cylinder block of described second straight line lift cylinder is arranged on the second translating bracket, described second translating bracket is arranged on the piston rod of the second rectilinear translation cylinder, described second rectilinear translation guide rails assembling is in the second frame, second translating bracket is slidably fitted on the second rectilinear translation guide rail, the cylinder block of described second rectilinear translation cylinder is arranged in the second frame, described cushion rubber carrier (31) is provided with four cushion rubber putting positions, and described second sucker group comprises four for adsorbing the sucker of cushion rubber on cushion rubber carrier.
5. a kind of slotting PIN machine as claimed in claim 4, is characterized in that: described dress cushion rubber station (30) also comprises the supporting plate (33), the 3rd rectilinear translation cylinder (34), the 4th rectilinear translation cylinder (35) that are fixedly installed; Described supporting plate is horizontally disposed with, described cushion rubber carrier (31) is slidably fitted on supporting plate, described 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder are arranged on the both sides of supporting plate in opposite directions, described cushion rubber carrier is between the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder, and the piston rod of the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder promotes cushion rubber carrier and slides between the 3rd rectilinear translation cylinder and the 4th rectilinear translation cylinder; Described supporting plate is provided with locating part (36), and locating part is positioned at the side of the 3rd rectilinear translation cylinder.
6. a kind of slotting PIN machine as claimed in claim 1, it is characterized in that: described in get product station (50) and comprise the 3rd transhipping device structure (51), described 3rd transhipping device structure comprises the 3rd frame (511), the 3rd rectilinear translation cylinder (512), the 3rd rectilinear translation guide rail (513), the 3rd translating bracket (514), the 3rd straight line lift cylinder (515), the 3rd straight line riser guide (516), the 3rd lifting support (517), the 3rd sucker group (518), described 3rd sucker group is arranged on the bottom surface of the 3rd lifting support, described 3rd lifting support is arranged on the piston rod of the 3rd straight line lift cylinder, described 3rd straight line riser guide is arranged on the 3rd translating bracket, 3rd lifting support is slidably fitted on the 3rd straight line riser guide, the cylinder block of described 3rd straight line lift cylinder is arranged on the 3rd translating bracket, described 3rd translating bracket is arranged on the piston rod of the 3rd rectilinear translation cylinder, described 3rd rectilinear translation guide rails assembling is in the 3rd frame, 3rd translating bracket is slidably fitted on the 3rd rectilinear translation guide rail, the cylinder block of described 3rd rectilinear translation cylinder is arranged in the 3rd frame.
7. a kind of slotting PIN machine as claimed in claim 6, is characterized in that: described 3rd sucker group (518) comprises grabs PIN head (519), feeder; The described PIN of grabbing head comprises tubular elements (5191), dividing plate (5192), elastic membrane (5193), described dividing plate is fixedly mounted on the madial wall of tubular elements, described elastic membrane is fixedly mounted on dividing plate, the space (5190) of sealing is formed between described elastic membrane and tubular elements madial wall, the cross section of described seal cavity in the form of a ring, through hole offered by described dividing plate, and described seal cavity is communicated with through hole, and described through hole is communicated with feeder.
8. a kind of slotting PIN machine as claimed in claim 1, it is characterized in that: also comprise carrier clear detection station (80), described carrier clear detection station comprises photoelectric sensor; Described carrier clear detection station (80), dress pin station (10), purl detect station (20), dress cushion rubber station (30), moulding circle station (40), get the outer circumferential edges side that product station (50) is distributed in rotating disk (60) according to the order of sequence; The outward flange of described rotating disk is provided with six carrier stations (70).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520484201.3U CN204771531U (en) | 2015-07-07 | 2015-07-07 | Insert PIN machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520484201.3U CN204771531U (en) | 2015-07-07 | 2015-07-07 | Insert PIN machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204771531U true CN204771531U (en) | 2015-11-18 |
Family
ID=54511657
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520484201.3U Expired - Fee Related CN204771531U (en) | 2015-07-07 | 2015-07-07 | Insert PIN machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204771531U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104924074A (en) * | 2015-07-07 | 2015-09-23 | 江苏金铁人自动化科技有限公司 | PIN insertion machine |
-
2015
- 2015-07-07 CN CN201520484201.3U patent/CN204771531U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104924074A (en) * | 2015-07-07 | 2015-09-23 | 江苏金铁人自动化科技有限公司 | PIN insertion machine |
| CN104924074B (en) * | 2015-07-07 | 2017-07-04 | 江苏金铁人自动化科技有限公司 | A kind of slotting PIN machines |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20151118 Termination date: 20160707 |