CN205111256U - Full automatic assembly of cylinder cover detects production line - Google Patents
Full automatic assembly of cylinder cover detects production line Download PDFInfo
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- CN205111256U CN205111256U CN201520743644.XU CN201520743644U CN205111256U CN 205111256 U CN205111256 U CN 205111256U CN 201520743644 U CN201520743644 U CN 201520743644U CN 205111256 U CN205111256 U CN 205111256U
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Abstract
The utility model discloses a full automatic assembly of cylinder cover detects production line, it includes that the organism is used for on and serial transmission to treat that the assembly detects the roller group of cylinder cover, be equipped with the material loading station in proper order in the roller group, inlay the pipe cold pressing the station, inlay and tub detect a station, gas tightness detection station and screening station. The utility model discloses an it is novel in design, and reasonable in structure, it detects the cylinder cover and carries out the assembly line and carry to treat the assembly through roller group, again by the material loading station that sets gradually on the organism, inlay and manage the station of colding pressing, inlay a tub detection station, the gas tightness detects the station and the screening station treats to this that the assembly detects the cylinder cover and carries out automatic assembly, detect, can realize inlaying tub installation and detecting the cylinder cover body, full automation such as airtight detection, the assembling efficiency is further improved, and the labor intensity is reduced, and assemble the precision height, the product consistency is good.
Description
Technical field
The utility model relates to a kind of cylinder cover and automatically assembles detection production line, belongs to cylinder cover package technique field.
Background technology
As shown in Figure 1, 2, when cylinder cover assembles, sealing ring 2 need be press-fited and be positioned on the corresponding position of cylinder cover cover body 1, and several embedding pipe is set between sealing circle 2 and cylinder cover cover body 1, as described in diagram, embedding pipe includes 13 the long embedding pipes 3 being in cylinder cover cover body 1 periphery and 4 the short embedding pipes 4 be on cylinder cover cover body 1 internal chamber wall, totally 17 embedding pipes need be assemblied in one by one on cylinder cover cover body 1 and also ensure press-fit positional precision and press-fit the degree of depth, in addition, also need in cylinder cover cover body 1 outer side edges assembling Pcv valve 5.
Traditional assembling mode is all adopt manual assembly substantially, assemble except Pcv valve 5 and sealing ring 2 and do not say, 17 embedding pipes and even more embedding pipe are manually assembled one by one as adopted, namely its assembly precision press-fits the degree of depth and can not accurately be ensured completely, and efficiency of assembling is low, hand labor intensity is large, the poor controllability of manual assembly in addition, easily there is neglected loading, the situation such as wrongly installed, and adopt manual detection can not accomplish strictly control, serious forgiveness is high, is unfavorable for normal assembling and the use in cylinder cover later stage.
Summary of the invention
For above-mentioned weak point of the prior art, the utility model aims to provide a kind of cylinder cover and automatically assembles detection production line, it is novel in design, rational in infrastructure, can realize installing the embedding pipe of cylinder cover cover body and the full automation such as detection, airtight detection, improve efficiency of assembling, reduce labour intensity, and assembly precision is high, good product consistency.
To achieve these goals, the technical solution of the utility model: a kind of cylinder cover automatically assembles detection production line, it comprise body and on for transmitting the roll shaft group of detection cylinder cover to be assembled continuously, described roll shaft group is provided with successively feeding station, station is colded pressing by embedding pipe, embedding pipe detect station, air-leakage test station and screening station.
Further, the free end of described feeding station or one-sided or both sides are provided with preparation station, this preparation station has the pallet that can slide in described roll shaft group, and this pallet is provided with and embedding pipe support and the Pcv valve positioning seat corresponding with the Pcv valve position to be installed of detection cylinder cover to be assembled one to one of the embedding pore on detection cylinder cover to be assembled.
Further, described embedding pipe station of colding pressing comprises being located at described roll shaft group press-fits support, and lifting body is press-fited to the embedding pipe of length that described pallet carries out jacking locking positioning and short embedding pipe press-fits lifting body, the embedding pipe of this length press-fits lifting body, short embedding pipe press-fits lifting body and arranges along described roll shaft group transporting direction, press-fit mid-stent be installed with long embedding pore template described, short embedding pore template, this long embedding pore template, short embedding pore template and the embedding pipe of described length press-fit lifting body, the pallet that short embedding pipe press-fits on lifting body is relative, and the embedding pore of detection cylinder cover to be assembled on this pallet and the embedding pore template of described length, casement in short embedding pore template is corresponding one by one, press-fit pedestal upper end be provided with that relative with described length embedding pore template, short embedding pore template the embedding pipe of length is elevated pressing plate, short embedding pipe is elevated pressing plate described, the pressure head on this long embedding pipe lifting pressing plate, short embedding pipe lifting pressing plate is corresponding with the casement in described length embedding pore template, short embedding pore template, press-fit stent side portion be provided with length embedding pipe feedboard, the short embedding pipe feedboard arranged side by side with described length embedding pore template, the corresponding staggered floor of short embedding pore template described, described in this length embedding pipe feedboard, short embedding pipe feedboard pass through, the executing agency press-fited on support can move to directly over described length embedding pore template, short embedding pore template, and is provided with on this length embedding pipe feedboard, short embedding pipe feedboard and long embedding pipe charging aperture, the short embedding pipe charging aperture one to one of the casement in described length embedding pore template, short embedding pore template.
Further, describedly press-fit support in the two-door mount structure be set up in parallel, described executing agency comprises the slide rail be located in the middle part of described two-door mount structure in opposed inner walls, and to be positioned in the middle of this two-door mount structure in the middle part of vertical beam and drive cylinder with described length embedding pipe feedboard, the corresponding length connected of short embedding pipe feedboard embedding pipe feedboard, short embedding pipe feedboard drives cylinder.
Further, be positioned with the first vertical power cylinder, the second vertical power cylinder at described two-door mount structure top, the power rail of this first vertical power cylinder, the second vertical power cylinder is elevated pressing plate with the embedding pipe of described length, short embedding pipe is elevated pressing plate and is connected.
Further, described press-fit to be provided with long embedding tube vibration dish, short embedding tube vibration dish above support side, the discharging opening correspondence of this length embedding tube vibration dish, short embedding tube vibration dish is provided with long embedding pipe feeding distribution mechanism, short embedding pipe feeding distribution mechanism, and the several length embedding pipe outlet below this length embedding pipe feeding distribution mechanism, short embedding pipe feeding distribution mechanism, several short embedding pipe outlet correspondence are connected one by one with described length embedding pipe charging aperture, short embedding pipe charging aperture.
Further, described embedding pipe detects station and includes the embedding pipe Bracket for Inspection be located in described roll shaft group, on this embedding pipe Bracket for Inspection, lifting is provided with long embedding pipe check-out console, bottom this length embedding pipe check-out console, centre position is provided with short embedding pipe check-out console arcuately, and this length embedding pipe check-out console surrounding and short embedding pipe check-out console are respectively equipped with embedding pore long embedding pipe detection proximity switch, the short embedding pipe detection proximity switch one to one waited to press-fit below with it and detect on cylinder cover.
Further, described air-leakage test station includes the air tightness detection machine structure be located in described roll shaft group, be provided with in this air tightness detection machine structure bottom to treat to press-fit and detect the upper shutoff fixed structure that cylinder cover carries out top shutoff, the body below this air tightness detection machine structure is provided with liftable and the lower shutoff fixed structure that detection cylinder cover carries out bottom shutoff is press-fited to described treating.
Further, described screening station includes controller, is located at the defective outlet of described body upper and qualified outlet, this defective outlet, qualified outlet have been horizontally disposed with defective district slide rail, qualified district slide rail respectively, and on this defective district slide rail, qualified district slide rail, corresponding slip is provided with defective district mechanical arm, qualified district mechanical arm; This screening station also comprise with described wait to press-fit detect the corresponding marking mechanism of cylinder cover, wherein, the embedding pipe of described length detects proximity switch, short embedding pipe detects proximity switch, air tightness detection machine structure, defective district mechanical arm, qualified district mechanical arm, marking mechanism are all electrically connected with described controller.
The beneficial effects of the utility model: novel in design, rational in infrastructure, by roll shaft group, streamline conveying is carried out to detection cylinder cover to be assembled, again by the feeding station that body sets gradually, embedding pipe cold pressing station, embedding pipe detect station, air-leakage test station and screening station Automated assembly, detection are carried out to this detection cylinder cover to be assembled, can realize installing the embedding pipe of cylinder cover cover body and the full automation such as detection, airtight detection, improve efficiency of assembling, reduce labour intensity, and assembly precision is high, good product consistency.
Accompanying drawing explanation
Fig. 1 is the end view drawing of cylinder cover in the utility model;
Fig. 2 is the decomposing schematic representation of Fig. 1;
Fig. 3 is plan structure figure of the present utility model;
Fig. 4 is the stereogram of Fig. 3;
Fig. 5 is pallet and cylinder cover three-dimensional structure diagram in Fig. 4;
Fig. 6 is the three-dimensional structure diagram of pallet in Fig. 5;
Fig. 7 is the front view of vibrating disk feeding distribution mechanism in Fig. 3;
Fig. 8 is the stereogram of Fig. 7;
Fig. 9 is that in Fig. 3, embedding pipe is colded pressing the front view of station;
Figure 10 is the top view of Fig. 9;
Figure 11 is the stereogram of Fig. 9;
Figure 12 is the front view that in Fig. 3, embedding pipe detects station;
Figure 13 is the stereogram of Figure 12;
Figure 14 is the side view of airtight detection station in Fig. 3;
Figure 15 is the stereogram of Figure 14;
Figure 16 is the stereogram screening station in Fig. 3.
Detailed description of the invention
The utility model is further described below in conjunction with specific embodiment and accompanying drawing.
A kind of cylinder cover as described in Fig. 1-16 automatically assembles detection production line, it comprise body 10 and on for transmitting the roll shaft group of detection cylinder cover 9 to be assembled continuously, roll shaft group is provided with successively feeding station 12, station 13 is colded pressing by embedding pipe, embedding pipe detect station 14, air-leakage test station 15 and screening station 16.
Detection cylinder cover 9 to be assembled is set forth for cylinder cover shown in Fig. 1,2, has cylinder cover cover body 1, on the fitting surface of this cylinder cover cover body 1 and on inner chamber, have sealing ring 2; Cylinder cover cover body 1 fitting surface has 13 long embedding pipes 3; There are 4 short embedding pipes 4 at the bottom of this cylinder cover cover body 1 inner chamber; Pcv valve 5 is equipped with in this cylinder cover cover body 1 exterior bottom.Of the present utility model focus on to the embedding pipe of length 3 on this detection cylinder cover 9 to be assembled, short embedding pipe 4 press-fit and detect, whole detection cylinder cover 9 to be assembled assemble after air-leakage test, finally the cylinder cover assembled is screened, and automatic classification, form full automation operation.Finally, in order to ensure that the radial direction of pallet 110 in roll shaft group is steady and locate, arrange four support arms in pallet 110 surrounding, this support arm is provided with the pulley 114 matched with the body 10 relative inner raceway at roll shaft group place.
Feeding station 12 for detection cylinder cover 9 to be assembled is positioned over roll shaft group so that carry out streamline conveying.Because detection cylinder cover to be assembled 9 body structures are special, can not directly place, therefore, be provided with at the free end of this feeding station 12 or one-sided or both sides and prepare station 11, this preparation station 11 has the pallet 110 that can slide in roll shaft group, as shown in Figure 5,6, this pallet 110 is provided with and embedding pipe support 111,112 and the Pcv valve positioning seat 113 corresponding with Pcv valve to be installed 5 position of detection cylinder cover 9 to be assembled one to one of the embedding pore on detection cylinder cover 9 to be assembled.Detect in flow production line in whole assembling, pallet 110 will transport along with detection cylinder cover 9 to be assembled is synchronized with roll shaft group.
It is one-sided that preparation station 11 in Fig. 3, Fig. 4 is located at feeding station 12, and have two stations, and these two stations can carry out sealing ring 2, the hand assembled of Pcv valve 5 and detection simultaneously; A station can also be adopted to carry out the hand assembled of sealing ring 2, Pcv valve 5, and another station detects the assembling of sealing circle 2, Pcv valve 5.Manual detection can be adopted during detection, also can adopt dynamo-electric detection, such as optical generator and optical receiver are set in detection cylinder cover 9 both sides to be assembled correspondence, the light that it occurred or received is mutually concordant with plane on the sealing ring of normal detection cylinder cover 9 surrounding to be assembled, as in testing process, optical receiver can not receive optical signal effectively, namely represents that sealing ring does not correctly assemble with cylinder cover cover body 1, by manual corrigendum.Assembling for sealing ring 2 directly can adopt that rubber hammer is auxiliary to be press-fited, and Pcv valve 5 then by Pcv valve positioning seat 113 auxiliary positioning on pallet 110, then is assembled with cylinder cover cover body 1.Finally, adopt embedding pipe support 111,112 corresponding to the embedding pore on cylinder cover cover body 1, effectively can support whole detection cylinder cover 9 to be assembled on the one hand, and the stability of total when ensureing to press-fit embedding pipe, on the other hand, this embedding pipe support 111,112 can be assisted when press-fiting embedding pipe and be carried out spacing to the degree of depth that press-fits of embedding pipe.
Embedding pipe station 13 of colding pressing comprises as illustrated in figures 7-11 being located at roll shaft group press-fits support 1308, and lifting body 1321 is press-fited to the embedding pipe of length that pallet 110 carries out jacking locking positioning and short embedding pipe press-fits lifting body 1322, the embedding pipe of this length press-fits lifting body 1321, short embedding pipe press-fits lifting body 1322 and arranges along roll shaft group transporting direction, and correspondence to be colded pressing jacking cylinder 1323 by the embedding pipe of length of body 10 bottom, short embedding pipe cold pressing jacking cylinder 1324 drive do elevating movement, for the pallet 110 with detection cylinder cover 9 to be assembled is carried out lifting action, to ensure that embedding pipe station 13 of colding pressing carries out accurately to this detection cylinder cover 9 to be assembled, embedding pipe is colded pressing work effectively.Long embedding pore template 1319 is installed with press-fiting in the middle part of support 1308, short embedding pore template 1320, this long embedding pore template 1319, short embedding pore template 1320 press-fits lifting body 1321 with long embedding pipe, the pallet 110 that short embedding pipe press-fits on lifting body 1322 is relative, and the embedding pore of detection cylinder cover 9 to be assembled on this pallet 110 and long embedding pore template 1319, casement in short embedding pore template 1320 is corresponding one by one, this long embedding pore template 1319, short embedding pore template 1320 prepares location or pressure head location of colding pressing for carrying out embedding pipe to detection cylinder cover 9 to be assembled, to ensure long embedding pipe, accurately press-fiting of short embedding pipe, be provided with that relative with long embedding pore template 1319, short embedding pore template 1320 length embedding pipe be elevated pressing plate 1317, short embedding pipe be elevated pressing plate 1318 press-fiting support 1308 upper end, the pressure head that this long embedding pipe lifting pressing plate 1317, short embedding pipe are elevated on pressing plate 1318 is corresponding with the casement in the embedding pore template 1319 of length, short embedding pore template 1320, be provided with and long embedding pore template 1319 press-fiting support 1308 sidepiece, the embedding pipe feedboard 1309 of length that the corresponding staggered floor of short embedding pore template 1320 is arranged side by side, short embedding pipe feedboard 1310, this long embedding pipe feedboard 1309, short embedding pipe feedboard 1310 can move to long embedding pore template 1319 by the executing agency press-fited on support 1308, directly over short embedding pore template 1320, and at this long embedding pipe feedboard 1309, short embedding pipe feedboard 1310 is provided with and long embedding pore template 1319, casement in short embedding pore template 1320 is long embedding pipe charging aperture 1311 one to one, short embedding pipe charging aperture 1312.
As shown in Figure 11, executing agency can be various structures, such as adopt linkage rod slide block mechanism, rocker-slider mechanism etc., in this example, this executing agency comprises slide rail 1326, long embedding pipe feedboard 1309, short embedding pipe feedboard 1310 slide and are arranged on this slide rail, and press-fit support 1308 in the two-door mount structure be set up in parallel, and slide rail 1326 is positioned in the opposed inner walls in the middle part of this two-door mount structure.Executing agency also comprise to be positioned in the middle of this two-door mount structure in the middle part of vertical beam and with long embedding pipe feedboard 1309, the embedding pipe feedboard of length that short embedding pipe feedboard 1310 correspondence connects drives cylinder 1313, short embedding pipe feedboard drives cylinder 1314, cylinder 1313 is driven by long embedding pipe feedboard, short embedding pipe feedboard drives cylinder 1314 to the long embedding pipe feedboard 1309 of reply, short embedding pipe feedboard 1310 drives, make the embedding pipe feedboard 1309 of this length, short embedding pipe feedboard 1310 is slided by slide rail or moves to long embedding pore template 1319, directly over short embedding pore template 1320, be convenient to long embedding pipe, the material loading of short embedding pipe prepares.For the location, position of long embedding pipe feedboard 1309, short embedding pipe feedboard 1310, main dependence press-fits feedboard position sensor on support 1308 or feedboard proximity switch 1325 is monitored, then feeds back and control the start and stop that long embedding pipe feedboard drives cylinder 1313, short embedding pipe feedboard drives cylinder 1314.
Be positioned with the vertical power cylinder 1316 of the first vertical power cylinder 1315, second at two-door mount structure top, the vertical power cylinder 1316 of this first vertical power cylinder 1315, second is preferably electric cylinder, certainly, also can adopt cylinder, oil cylinder etc. in actual applications.The power rail of the vertical power cylinder 1316 of this first vertical power cylinder 1315, second is elevated pressing plate 1317 with long embedding pipe, short embedding pipe is elevated pressing plate 1318 and is connected.The lifting that long embedding pipe is elevated pressing plate 1317, short embedding pipe is elevated pressing plate 1318 is controlled by this first vertical power cylinder 1315, second vertical power cylinder 1316 correspondence, make the embedding pipe of this length be elevated pressing plate 1317, the pressure head of short embedding pipe lifting pressing plate 1318 bottom carries out one_to_one corresponding to the embedding pipe on detection cylinder cover 9 to be assembled and press-fit, once press-fit shaping, press-fit efficiency high.
Long embedding tube vibration dish 1302, short embedding tube vibration dish 1303 is provided with press-fiting above support 1308 side, the discharging opening correspondence of this length embedding tube vibration dish 1302, short embedding tube vibration dish 1303 is provided with long embedding pipe feeding distribution mechanism 1304, short embedding pipe feeding distribution mechanism 1305, and the several length embedding pipe outlet 1306 below this length embedding pipe feeding distribution mechanism 1304, short embedding pipe feeding distribution mechanism 1305, several short embedding pipe outlet 1307 correspondence and long embedding pipe charging aperture 1311, short embedding pipe charging aperture 1312 are connected one by one.For point material process of long embedding pipe, short embedding pipe, because it adopts vibration automatic feed dividing, simultaneously in order to ensure that embedding pipe is colded pressing the normal work of station 13, thus by embedding for this length pipe, short embedding pipe divide material process and embedding pipe station 13 of colding pressing relatively independent.Embedding for length tube vibration dish 1302, short embedding tube vibration dish 1303 are arranged on an independent supporting frame 1301, and respectively vibration sub-material being carried out to long embedding tube vibration dish 1302, short embedding tube vibration dish 1303 by vibrator, the embedding pipe of length in this length embedding tube vibration dish 1302, short embedding tube vibration dish 1303, short embedding pipe enter in long embedding pipe feeding distribution mechanism 1304, short embedding pipe feeding distribution mechanism 1305 with different paths and carry out sub-material.Namely 13 long embedding pipes are separated by long embedding pipe feeding distribution mechanism 1304 automatically, and export 1306 one_to_one corresponding by the embedding pipe of length bottom this length embedding pipe feeding distribution mechanism 1304 and enter to and grow in embedding pipe charging aperture 1311; Same, 4 short embedding pipes are separated by short embedding pipe feeding distribution mechanism 1305 automatically, and export 1307 one_to_one corresponding by the short embedding pipe bottom this short embedding pipe feeding distribution mechanism 1305 and enter in short embedding pipe charging aperture 1312.Long embedding pipe feeding distribution mechanism 1304, short embedding pipe feeding distribution mechanism 1305 all adopt cylinder to carry out automatic feed dividing, as shown in Figure 8.
Embedding pipe detects station 14 as Figure 12, shown in 13, it includes the embedding pipe Bracket for Inspection 140 be located in roll shaft group, on this embedding pipe Bracket for Inspection 140, lifting is provided with long embedding pipe check-out console 143, bottom this length embedding pipe check-out console 143, centre position is provided with short embedding pipe check-out console 145 arcuately, this length embedding pipe check-out console 143 surrounding and short embedding pipe check-out console 145 are respectively equipped with the embedding pore long embedding pipe detection proximity switch 144 one to one waited to press-fit below with it and detect on cylinder cover 9, short embedding pipe detects proximity switch 146, proximity switch 144 is detected by long embedding pipe, short embedding pipe detects the embedding pipe of length of institute's cold-pressing assembly on proximity switch 146 correspondence and detection cylinder cover 9 to be assembled, short embedding pipe carries out location comparison, to determine the embedding pipe of length on detection cylinder cover 9 to be assembled, the normal assembling of short embedding pipe.Meanwhile, the embedding pipe embedding pipe Bracket for Inspection 140 is provided with to the embedding pipe check-out console 143 of length, short embedding pipe check-out console 145 drive detects the embedding pipe check-out console lifting guide post 142 driving cylinder 141 and ensure the lifting of long embedding pipe check-out console 143, short embedding pipe check-out console 145 equal horizontal stable.Finally, embedding pipe Bracket for Inspection 140 is also provided with interim marking device 147, this interim marking device 147 indicates for giving the qualified detection cylinder cover 9 to be assembled of detection, to ensure normally carrying out of subsequent production line.
As Figure 14,15, air-leakage test station 15 includes and is located in described roll shaft group and has the air tightness detection machine structure 150 of air accumulator 152, be provided with in this air tightness detection machine structure 150 bottom to treat to press-fit and detect the upper shutoff fixed structure 154 that cylinder cover 9 carries out top shutoff, body 10 below this air tightness detection machine structure 150 is provided with liftable and treats to press-fit and detect the lower shutoff fixed structure 151 that cylinder cover 9 carries out bottom shutoff, this lower shutoff fixed structure 151 controls to drive by the airtight lower shutoff lift cylinder 153 being located at body 10 bottom.Whole airtight Cleaning Principle belongs to prior art, does not repeat at this.
Finally, see shown in Fig. 4, Figure 16, screening station 16 includes controller, is located at defective outlet 165 and the qualified outlet 166 on body 10 top, this defective outlet 165, qualified outlet 166 have been horizontally disposed with defective district slide rail 164, qualified district slide rail 167 respectively, and on this defective district slide rail 164, qualified district slide rail 167, corresponding slip is provided with defective district mechanical arm 163, qualified district mechanical arm 168; This screening station 16 also comprises and detects the corresponding marking mechanism of cylinder cover 9 161 with waiting to press-fit, wherein, long embedding pipe detects proximity switch 144, short embedding pipe detects proximity switch 146, air tightness detection machine structure 150, defective district mechanical arm 163, qualified district mechanical arm 168, marking mechanism 161 are all electrically connected with controller.By being with the controller of intelligence system, or independently intelligence control system etc. unify management and control to whole system, automatically defective work and certified products are identified by it, control defective district mechanical arm 163 again, qualified district mechanical arm 168 pairs of defective works, certified products capture, and finally realize the classification of defective work, certified products.Screening station 16 also includes the lift assist mechanism 160 being located at body 10 bottom, adopts lift cylinder to control, for the normal work of auxiliary whole screening station 16.
In order to ensure the continuous use of pallet 110, namely after on the pallet 110 screening station 16 position, detection cylinder cover 9 to be assembled caught away by defective district mechanical arm 163 or qualified district mechanical arm 168, this pallet 110 can automatically return to feeding station 12, it can be upper and lower double-deck roll axle group structure by whole Design of Production Line, and at production line two ends and feeding station 12, on screening station 16, correspondence arranges elevating mechanism, by the pallet on screening station 16 by elevating mechanism near bottom roll shaft group structure, be delivered to below feeding station 12, rise to feeding station 12 by the elevating mechanism of this position again and again can assemble detection cylinder cover 9 to be assembled, continuous and automatic operation.Certainly, can also be closed circulating water line structure by whole upper and lower roll shaft group structure structural design, at this moment, the retaining mechanism that can be secured on streamline need be designed with on pallet 110, can not fall down during to ensure streamline cocycle on pallet 110.
Above the technical scheme that the utility model embodiment provides is described in detail, apply specific case herein to set forth the principle of the utility model embodiment and embodiment, the explanation of above embodiment is only applicable to the principle helping to understand the utility model embodiment; Meanwhile, for one of ordinary skill in the art, according to the utility model embodiment, detailed description of the invention and range of application all will change, and in sum, this description should not be construed as restriction of the present utility model.
Claims (9)
1. a cylinder cover automatically assembles detection production line, comprise body (10) and on for transmitting the roll shaft group of detection cylinder cover (9) to be assembled continuously, it is characterized in that: described roll shaft group is provided with successively feeding station (12), station (13) is colded pressing by embedding pipe, embedding pipe detect station (14), air-leakage test station (15) and screening station (16).
2. cylinder cover according to claim 1 automatically assembles detection production line, it is characterized in that: the free end of described feeding station (12) or one-sided or both sides are provided with and prepare station (11), this preparation station (11) has the pallet (110) that can slide in described roll shaft group, this pallet (110) is provided with and the embedding pipe support (111 one to one of the embedding pore on detection cylinder cover (9) to be assembled, 112), and the Pcv valve positioning seat (113) corresponding with Pcv valve to be installed (5) position of detection cylinder cover (9) to be assembled.
3. cylinder cover according to claim 2 automatically assembles detection production line, it is characterized in that: described embedding pipe station (13) of colding pressing comprises being located at described roll shaft group press-fits support (1308), and lifting body (1321) is press-fited to the embedding pipe of length that described pallet (110) carries out jacking locking positioning and short embedding pipe press-fits lifting body (1322), the embedding pipe of this length press-fits lifting body (1321), short embedding pipe press-fits lifting body (1322) and arranges along described roll shaft group transporting direction, press-fit support (1308) middle part be installed with long embedding pore template (1319) described, short embedding pore template (1320), this long embedding pore template (1319), short embedding pore template (1320) and the embedding pipe of described length press-fit lifting body (1321), the pallet (110) that short embedding pipe press-fits on lifting body (1322) is relative, and the embedding pore of detection cylinder cover (9) to be assembled on this pallet (110) and the embedding pore template (1319) of described length, casement on short embedding pore template (1320) is corresponding one by one, press-fit support (1308) upper end be provided with that relative with described length embedding pore template (1319), short embedding pore template (1320) the embedding pipe of length is elevated pressing plate (1317), short embedding pipe is elevated pressing plate (1318) described, the pressure head on this long embedding pipe lifting pressing plate (1317), short embedding pipe lifting pressing plate (1318) is corresponding with the casement on described length embedding pore template (1319), short embedding pore template (1320), press-fit support (1308) sidepiece be provided with the embedding pore template (1319) with described length described, the embedding pipe feedboard (1309) of length that the corresponding staggered floor of short embedding pore template (1320) is arranged side by side, short embedding pipe feedboard (1310), this long embedding pipe feedboard (1309), short embedding pipe feedboard (1310) pass through described in the executing agency press-fited on support (1308) the embedding pore template (1319) of described length can be moved to, directly over short embedding pore template (1320), and this long embedding pipe feedboard (1309), short embedding pipe feedboard (1310) is provided with described length embedding pore template (1319), casement on short embedding pore template (1320) is long embedding pipe charging aperture (1311) one to one, short embedding pipe charging aperture (1312).
4. cylinder cover according to claim 3 automatically assembles detection production line, it is characterized in that: described in press-fit support (1308) in the two-door mount structure be set up in parallel; Described executing agency comprises the slide rail (1326) be located in the middle part of described two-door mount structure in opposed inner walls, and to be positioned in the middle of this two-door mount structure in the middle part of vertical beam and drive cylinder (1313) with described length embedding pipe feedboard (1309), the corresponding length connected of short embedding pipe feedboard (1310) embedding pipe feedboard, short embedding pipe feedboard drives cylinder (1314).
5. cylinder cover according to claim 4 automatically assembles detection production line, it is characterized in that: be positioned with the first vertical power cylinder (1315), the second vertical power cylinder (1316) at described two-door mount structure top, the power rail of this first vertical power cylinder (1315), the second vertical power cylinder (1316) is elevated pressing plate (1317) with the embedding pipe of described length, short embedding pipe is elevated pressing plate (1318) and is connected.
6. cylinder cover according to claim 3 automatically assembles detection production line, it is characterized in that: described press-fit to be provided with long embedding tube vibration dish (1302) above support (1308) side, short embedding tube vibration dish (1303), this long embedding tube vibration dish (1302), the discharging opening correspondence of short embedding tube vibration dish (1303) is provided with long embedding pipe feeding distribution mechanism (1304), short embedding pipe feeding distribution mechanism (1305), this long embedding pipe feeding distribution mechanism (1304), embedding pipe outlet (1306) of several length of short embedding pipe feeding distribution mechanism (1305) below, several short embedding pipe outlet (1307) correspondence and the embedding pipe charging aperture (1311) of described length, short embedding pipe charging aperture (1312) connects one by one.
7. cylinder cover according to claim 1 automatically assembles detection production line, it is characterized in that: described embedding pipe detects station (14) and includes the embedding pipe Bracket for Inspection (140) be located in described roll shaft group, the upper lifting of this embedding pipe Bracket for Inspection (140) is provided with long embedding pipe check-out console (143), centre position, this length embedding pipe check-out console (143) bottom is provided with short embedding pipe check-out console (145) arcuately, this length embedding pipe check-out console (143) surrounding and short embedding pipe check-out console (145) are respectively equipped with embedding pore long embedding pipe detection proximity switch (144) one to one waited to press-fit below with it and detect on cylinder cover (9), short embedding pipe detects proximity switch (146).
8. cylinder cover according to claim 7 automatically assembles detection production line, it is characterized in that: described air-leakage test station (15) includes the air tightness detection machine structure (150) be located in described roll shaft group, be provided with in this air tightness detection machine structure (150) bottom to treat to press-fit and detect the upper shutoff fixed structure (154) that cylinder cover (9) carries out top shutoff, the body (10) of this air tightness detection machine structure (150) below is provided with liftable and the lower shutoff fixed structure (151) that bottom shutoff is carried out in detection cylinder cover (9) is press-fited to described treating.
9. cylinder cover according to claim 8 automatically assembles detection production line, it is characterized in that: described screening station (16) includes controller, be located at defective outlet (165) and the qualified outlet (166) on described body (10) top, this defective outlet (165), qualified outlet (166) is horizontally disposed with respectively defective district slide rail (164), qualified district slide rail (167), in this defective district slide rail (164), upper corresponding slip the in qualified district slide rail (167) is provided with defective district mechanical arm (163), qualified district mechanical arm (168), this screening station (16) also comprise with described wait to press-fit detect the corresponding marking mechanism (161) of cylinder cover (9), wherein, described length embedding pipe detection proximity switch (144), short embedding pipe detection proximity switch (146), air tightness detection machine structure (150), defective district mechanical arm (163), qualified district mechanical arm (168), marking mechanism (161) are all electrically connected with described controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520743644.XU CN205111256U (en) | 2015-09-23 | 2015-09-23 | Full automatic assembly of cylinder cover detects production line |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520743644.XU CN205111256U (en) | 2015-09-23 | 2015-09-23 | Full automatic assembly of cylinder cover detects production line |
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| CN205111256U true CN205111256U (en) | 2016-03-30 |
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| CN201520743644.XU Expired - Fee Related CN205111256U (en) | 2015-09-23 | 2015-09-23 | Full automatic assembly of cylinder cover detects production line |
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| Country | Link |
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| CN (1) | CN205111256U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105345455A (en) * | 2015-09-23 | 2016-02-24 | 重庆坤恩机电技术有限公司 | Full-automatic assembly and detection production line for cylinder caps |
-
2015
- 2015-09-23 CN CN201520743644.XU patent/CN205111256U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105345455A (en) * | 2015-09-23 | 2016-02-24 | 重庆坤恩机电技术有限公司 | Full-automatic assembly and detection production line for cylinder caps |
| CN105345455B (en) * | 2015-09-23 | 2018-01-23 | 重庆坤恩机电技术有限公司 | Cylinder cover automatically assembles detection production line |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160330 Termination date: 20180923 |