CN103737189A - Filter element assembly device - Google Patents
Filter element assembly device Download PDFInfo
- Publication number
- CN103737189A CN103737189A CN201410016766.9A CN201410016766A CN103737189A CN 103737189 A CN103737189 A CN 103737189A CN 201410016766 A CN201410016766 A CN 201410016766A CN 103737189 A CN103737189 A CN 103737189A
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- China
- Prior art keywords
- folder
- filter core
- upper cover
- lower cover
- rotating disk
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K20/00—Non-electric welding by applying impact or other pressure, with or without the application of heat, e.g. cladding or plating
- B23K20/02—Non-electric welding by applying impact or other pressure, with or without the application of heat, e.g. cladding or plating by means of a press ; Diffusion bonding
- B23K20/023—Thermo-compression bonding
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K20/00—Non-electric welding by applying impact or other pressure, with or without the application of heat, e.g. cladding or plating
- B23K20/26—Auxiliary equipment
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23K—SOLDERING OR UNSOLDERING; WELDING; CLADDING OR PLATING BY SOLDERING OR WELDING; CUTTING BY APPLYING HEAT LOCALLY, e.g. FLAME CUTTING; WORKING BY LASER BEAM
- B23K37/00—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups
- B23K37/04—Auxiliary devices or processes, not specially adapted to a procedure covered by only one of the preceding main groups for holding or positioning work
- B23K37/0426—Fixtures for other work
- B23K37/0435—Clamps
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Filtering Of Dispersed Particles In Gases (AREA)
Abstract
The invention discloses a filter element assembly device comprising a body. The body is provided with a control panel, a bench and a top plate. A first drive motor and a second drive motor are disposed on the bench. A first turnplate is connected to the first drive motor. At least one filter element clamp is disposed on the first turnplate. A second turnplate is connected to the second drive motor. At least one cap clamping unit is disposed on the second turnplate. The cap clamping units are connected to the second turnplate through fixing plates. Each cap clamping unit comprises a cap clamping member and a lower cap clamping member. One side, close to the corresponding cap clamping units, of each fixing plate is provided with a guide rail. The upper cap clamping members and the lower cap clamping members are slidably connected to the guide rails. The body is provided with an upper infrared heater and a lower infrared heater. A rotation path of the filter clamps and a rotation path of the cap clamping units interest in the middles of first and second motor output shafts. A top drive cylinder is disposed on the top plate. A bottom drive cylinder is disposed on the bench.
Description
Technical field
The present invention relates to filtering core device manufacturing technology field, relate in particular to a kind of filter core mounting equipment of the assembling of the filter core for filtering core device.
Background technology
In prior art, for assembling the mounting equipment of filter core, general adopt manual operations, during assembling, by upper and lower covers separately and filter core assembling, first by upper cover assembling, then assemble lower cover, efficiency is low, and quality that can not product.
During assembling, the general glue that adopts connects filter core and upper and lower covers, connects insecurely, in transportation and the process used, easily causes filter core and upper and lower covers to come off.
Summary of the invention
Goal of the invention of the present invention is to overcome defect of the prior art, provides a kind of packaging efficiency high, the filter core mounting equipment that completed knocked down products is connected firmly.
Technical solution of the present invention provides a kind of filter core mounting equipment, comprise body, on described body, be provided with control panel and workbench, the top of described body is provided with top board, on described workbench, be provided with the first drive motors and the second drive motors, on the first motor output shaft of described the first drive motors, be connected with the first rotating disk, on the circumference of described the first rotating disk, be provided with at least one for clamping the filter core folder of filter core, on the second motor output shaft of described the second drive motors, be connected with the second rotating disk, on the circumference of described the second rotating disk, be provided with at least one for clamping the folder lid member of filter core upper and lower covers, described folder lid member is connected to by fixed head on the circumference of described the second rotating disk, described folder lid member comprises upper cover folder and lower cover folder, a side near described folder lid member on described fixed head is provided with guide rail, described upper cover folder and described lower cover folder are connected on respectively on described guide rail slidably, on described body, be provided with the top infrared heater for heating described upper cover folder, on described body, be also equipped with the bottom infrared heater for heating described lower cover folder, the rotary motion trace of described filter core folder is crossing in the centre position of described the first motor output shaft and described the second motor output shaft with the rotary motion trace of described folder lid member, on described top board, at the place, centre position of described the first motor output shaft and described the second motor output shaft, be provided with the top drive cylinder for driving described upper cover folder to move down, on described workbench, at the place, centre position of described the first motor output shaft and described the second motor output shaft, be provided with for driving the bottom of moving on described lower cover folder to drive cylinder.
Further, described filter core folder comprises fixed clip and movable folder, described fixed clip is fixedly connected on described the first rotating disk by folder connecting plate, on described folder connecting plate, be also provided with the slide block that can slide along described folder connecting plate, one side of described slide block is connected with cylinder, the opposite side of described slide block is connected with described movable folder by slide block connecting rod, and one end of described slide block connecting rod is connected with described slide block, and its other end passes described fixed clip and is connected with described movable folder.
Further, the top of described the first rotating disk is fixedly connected with the gas transmission main road being useful on to described cylinder gas transmission, synchronizes and rotate with described the first rotating disk in described gas transmission main road, and described gas transmission main road is connected with described cylinder by gas transmission subtube.
Further, between described upper cover folder and the upper end of described fixed head, be also connected with upper cover folder back-moving spring, between described lower cover folder and the bottom of described fixed head, be connected with lower cover folder back-moving spring.
Further, the upside down of described fixed head is extended with for the top limited post spacing to described upper cover folder, and the lower end of described fixed head is extended with upward for the bottom limited post spacing to described lower cover folder.
Further, described upper cover folder is connected with the L shaped connecting plate in top, the L shaped connecting plate in described top can slide up and down to be connected on described guide rail, and one end of described upper cover folder back-moving spring is connected to the upper end of described fixed head, and its other end is connected on the L shaped connecting plate in described top; Described lower cover folder is connected with the L shaped connecting plate in bottom, the L shaped connecting plate in described bottom can slide up and down to be connected on described guide rail, one end of described lower cover folder back-moving spring is connected to the bottom of described fixed head, and its other end is connected on the L shaped connecting plate in described bottom.
Further, on described top board, at the place, centre position of described the first motor output shaft and described the second motor output shaft, be provided with the upper position sensor for monitoring described upper cover folder process, when the described upper position sensor of described upper cover folder process below, described upper position sensor sends signal, and control described top drive cylinder and stretch out, promote described upper cover folder downwards; On described workbench, at the place, centre position of described the first motor output shaft and described the second motor output shaft, be provided with the lower position sensor for monitoring described lower cover folder process; When the described lower position sensor of described lower cover folder process top, described lower position sensor sends signal, and controls described bottom driving cylinder and stretch out, and upwards promotes described lower cover folder.
Further, on described workbench, be provided with brace table, described brace table is positioned at the below of described filter core folder, is provided with the bottom position sensor for monitoring described filter core folder process on described brace table; When described filter core folder passes through the top of described brace table, described bottom position sensor sends signal, and controls the cylinder output retraction of described cylinder, and described movable folder and described fixed clip are clamped.
Further, that on described workbench, also tilts is provided with for by the discharge channel of the filter core output assembling, the below that is positioned at described filter core folder of described discharge channel, and on described top board, above described discharge channel, be provided with the tip position sensor for monitoring described filter core folder process; When described filter core folder is during through the top of described discharge channel, described tip position sensor sends signal, and the cylinder output of controlling described cylinder stretches out, and described movable folder and described fixed clip are separated.
Further, on described the first rotating disk, be provided with equably six described filter core folders, each described filter core folder is connected with a described cylinder, each described cylinder is connected with described gas transmission main road by a described gas transmission subtube, correspondingly on described the second rotating disk, be provided with equably six described folder lid members, each described folder lid member includes described upper cover folder and described lower cover folder, in vertical direction, described filter core folder is between described upper cover folder and described lower cover folder, and described the first rotating disk and described the second rotating disk are synchronizeed rotation in the same way.
Adopt technique scheme, there is following beneficial effect:
By two rotating disks are set, the first rotating disk, the second rotating disk, the first rotating disk is driven and is rotated by the first drive motors, the second rotating disk is driven and is rotated by the second drive motors, filter core folder is installed on the first rotating disk, mounting clamp lid member on the second rotating disk, by upper cover folder, filter element upper cover is clamped, by undercover member, filter core lower cover is clamped, by filter core folder, filter core is clamped, along with the rotation of the first rotating disk and the second rotating disk, upper this folder and lower cover folder are heated by top infrared heater and bottom infrared heater respectively, be about to filter element upper cover and the heating of filter core lower cover, when folder cover member and filter core folder and turns to two rotating disks centres, upper cover folder, downslide folder, filter core folder is on same straight line, now top drive cylinder and bottom drive cylinder operation, upper cover folder and lower cover folder are pushed to respectively to the two ends up and down of filter core, and weld together.The first rotating disk, the second rotating disk are rotated further afterwards, and the filter core assembling is unloaded from discharge channel.
Thus, filter core mounting equipment provided by the invention, can realize automatic operation, and packaging efficiency is high, and welds by infrared heating, and the filter core assembling is connected firmly.
Accompanying drawing explanation
Fig. 1 is the structural representation of filter core mounting equipment provided by the invention;
Fig. 2 is the schematic diagram of the upper cover folder in the filter core mounting equipment shown in Fig. 1 while not coordinating with filter core folder with lower cover folder;
Fig. 3 is the schematic diagram of the upper cover folder shown in Fig. 1 while coordinating with filter core folder with lower cover folder;
Fig. 4 is that the filter core mounting equipment shown in Fig. 1 is along A-A to view;
Fig. 5 is that the filter core mounting equipment shown in Fig. 1 is along B-B to view;
Fig. 6 is that the filter core mounting equipment shown in Fig. 2 is along C-C to view;
Fig. 7 is the top view that the first rotating disk of filter core folder is installed;
Fig. 8 is the structural representation of filter core folder;
Fig. 9 is the cutaway view of the movable folder of filter core folder while coordinating with fixed clip;
Figure 10 is the cutaway view of the movable folder of filter core folder while separating with fixed clip;
Figure 11 is the cutaway view in gas transmission main road;
Figure 12 is provided with the front view that presss from both sides the second rotating disk that covers member;
Figure 13 is provided with the top view that presss from both sides the second rotating disk that covers member;
Figure 14 is upper cover folder down sliding, the schematic diagram of lower cover folder upward sliding;
Figure 15 is that the first rotating disk coordinates schematic diagram with the second dial rotation;
Figure 16 is the structural representation of the filter core for assembling.
The Reference numeral table of comparisons:
1-body; 11-workbench; 12-top board;
13-control panel; 14-brace table; 15-discharge channel;
16-the second drive motors; 161-the second motor output shaft; 17-the first drive motors;
171-the first motor output shaft; 2-the first rotating disk; 22-filter core folder;
221-fixed clip; The movable folder of 222-; 223-fixed clip groove;
The movable folder groove of 224-; 23-cylinder; 231-cylinder output;
24-folder connecting plate; 25-slide block; 251-slide block connecting rod;
3-the second rotating disk; 32-fixed head; The L shaped connecting plate in 33-top;
The L shaped connecting plate in 34-bottom; 35-upper cover folder; 36-lower cover folder;
37-upper cover folder back-moving spring; 38-lower cover folder back-moving spring; 321-guide rail;
322-top limited post; 323-bottom limited post; 4-gas transmission main road;
41-total pipeline base; 42-gas transmission subtube; 51-top infrared heater;
52-bottom infrared heater; 61-upper position sensor; 62-lower position sensor;
71-top drives cylinder; 72-bottom drives cylinder; 8-tip position sensor;
151-blowpit; 9-filter core; 91-filter element upper cover;
92-filter core lower cover.
The specific embodiment
Below in conjunction with accompanying drawing, further illustrate the specific embodiment of the present invention.
Filter core mounting equipment provided by the invention is mainly used in assembling the filter core 9 shown in Figure 16, filter core 9 and filter element upper cover 91 and filter core lower cover 92 are welded or are linked together into as a whole, for the impurity of filter core assembly inner filtration air or machine oil.
As shown in Fig. 1-14, filter core mounting equipment provided by the invention, comprise body 1, on body 1, be provided with control panel 13 and workbench 11, the top of body 1 is provided with top board 12, on workbench 11, be provided with on the circumference that is connected with the first rotating disk 2, the first rotating disks 2 on the first motor output shaft 171 of the first drive motors 17 and the second drive motors 16, the first drive motors 17 and be provided with at least one for clamping the filter core folder 22 of filter core.
On the second motor output shaft 161 of the second drive motors 16, be connected with the second rotating disk 3, on the circumference of the second rotating disk 3, be provided with at least one for clamping the folder lid member of filter core upper and lower covers, folder covers member 3 and by fixed head 32, is connected on the circumference of the second rotating disk 3, folder covers member and comprises upper cover folder 35 and lower cover folder 36, the side that on fixed head 32, close folder covers member is provided with guide rail 321, and upper cover folder 35 and lower cover folder 36 are connected on respectively on guide rail 321 slidably.
On body 1, be provided with the top infrared heater 51 for heating upper cover folder 35, on body 1, be also equipped with the bottom infrared heater 52 for heating lower cover folder 36.
The rotary motion trace of filter core folder 22 is crossing in the centre position of the first motor output shaft 171 and the second motor output shaft 161 with the rotary motion trace that folder covers member, on top board 12, at the place, centre position of the first motor output shaft 171 and the second motor output shaft 161, be provided with the top drive cylinder 71 for driving upper cover folder 35 to move down, on workbench 11, at the place, centre position of the first motor output shaft 171 and the second motor output shaft 161, be provided with for driving the bottom of moving on lower cover folder 36 to drive cylinder 72.
That is, filter core mounting equipment provided by the invention, comprises body 1, and workbench 11 is set on body 1, at body top, top board 12 is set, and is formed for the assembling space of assembly welding filter core between top board 12 and workbench 11.Control panel 13 is set on body 1, for controlling the open and close of whole equipment, and for the automatic control function of the members such as control cylinder, drive motors.
On workbench 11, arrange on the first drive motors 17 and the second drive motors 16, the first drive motors output shafts 171 and be connected with on the first rotating disk 2, the second drive motors output shafts 161 and connect the second rotating disk 3.The first rotating disk 2 and the second rotating disk 3 can be identical or different, as required can rotating in same direction, and also can backwards rotation.
On the periphery of the first rotating disk 2, the edge of the first rotating disk 2 is fixedly connected with at least one filter core folder 22, can arrange as required multiple filter core folders 22 are set equably.Filter core folder 22 is for clamping the filter core 9 shown in Figure 16 to be assembled, and through the rotation of the first rotating disk 2 and rotate and coordinate with the folder lid member on the second rotating disk 3, the filter element upper cover shown in Figure 16 91, filter core lower cover 92 are welded or to be connected to the upper and lower side of filter core 9, form an entirety.
On the periphery of the second rotating disk 3, the edge of the second rotating disk 3 is connected with at least one folder and covers member, and multiple folder lid members can be set as required equably.Folder covers member for the filter element upper cover shown in Figure 16 91 and filter core lower cover 92 are clamped, and be accompanied by the rotation of the second rotating disk 3 and rotate, the filter core 9 coming to rotate with through the first rotating disk 2 coordinates, filter element upper cover shown in Figure 16 91, filter core lower cover 92 are welded or be connected to the upper and lower side of filter core 9, form an entirety.
Folder covers member 3 and by fixed head 32, is connected on the circumference of the second rotating disk 3, and fixed head 32 is vertically connected on the edge of the second rotating disk 3, and the outside of the second rotating disk 3 is stretched out respectively at its two ends.Folder covers member and comprises upper cover folder 35 and lower cover folder 36, and upper cover folder 35 is for clamping the filter element upper cover 91 shown in Figure 16, and lower cover folder 36 is for clamping the filter core lower cover 92 shown in Figure 16.
The side that on fixed head 32, close folder covers member is provided with guide rail 321, and upper cover folder 35 and lower cover folder 36 are connected on respectively on guide rail 321 slidably.Upper cover folder 35 and lower cover folder 36 can slide up and down along guide rail 321.
For the needs that connect, in the assembling space between top board 12 and workbench 11 on Fig. 1-3 and body that Fig. 6 is shown in 1, be also provided with top infrared heater 51 and bottom infrared heater 52.Top infrared heater 51 is preferably located in the lower position of upper cover folder 35 in vertical direction, when clamping filter element upper cover 91, rotates through out-of-date upper cover folder 35, top infrared heater 51 starts filter element upper cover 91 and upper cover folder 35 to heat, so that the follow-up upper end of filter element upper cover 91 being welded or is connected to filter core 9.Bottom infrared heater 52 is preferably located in the top position of lower cover folder 36 in vertical direction, when clamping filter core lower cover 92, rotates through out-of-date lower cover folder 36, bottom infrared heater 52 starts filter core lower cover 92 and lower cover folder 36 to heat, so that the follow-up lower end of filter core lower cover 92 being welded or is connected to filter core 9.
As shown in figure 15, the rotary motion trace D of filter core folder 22 is crossing at the F place, centre position of the first motor output shaft 171 and the second motor output shaft 161 with the rotary motion trace E that folder covers member, at this F point place, upper cover folder 35, lower cover folder 36 coordinate with filter core folder 22 simultaneously, so that filter element upper cover 91, filter core lower cover 92 are assembled on filter core 9.The rotating manner of the first rotating disk 2 and the second rotating disk 3 rotates as follows: when filter core folder 22 process intersection point F place, have at any time one group of upper cover folder 35 and lower cover folder 36 also to turn to intersection point F place and coordinate with it.Filter core folder 22 is in vertical direction between upper cover folder 35, lower cover folder 36.
Top above-mentioned infrared heater 51 and bottom infrared heater 52 are preferably located in F point front side, between intersection point F and body backboard, locate, and make before upper cover folder 35, lower cover folder 36 turn to F point, just heated.
On top board 12, at the place, centre position of the first motor output shaft 171 and the second motor output shaft 161, be provided with the top drive cylinder 71 for driving upper cover folder 35 to move down, top drive cylinder 71 is arranged on top board 12, during its work, towards intersection point F, stretch out vertically downward, so that the upper cover folder 35 in intersection point F place is promoted, it is coordinated downwards with the filter core 9 that is positioned at intersection point F place.
On workbench 11, at the place, centre position of the first motor output shaft 171 and the second motor output shaft 161, be provided with for driving the bottom of moving on lower cover folder 36 to drive cylinder 72.Bottom drives cylinder 72 to be arranged on workbench 11, during its work, stretches out vertically upward towards intersection point F, so that the lower cover folder 36 in intersection point F place is upwards promoted, it is coordinated with the filter core 9 that is positioned at intersection point F place.
This filter core mounting equipment, during use.Open the control button on control panel 13, the first rotating disk 2 and the second rotating disk 3 are respectively along with the first drive motors 17 and the second drive motors 16 rotate.In filter core folder 22, put into filter core 9, in upper cover folder 35, put into filter element upper cover 91, in lower cover folder 36, put into filter core lower cover 92.Filter element upper cover 91, filter core lower cover 92 are along with the second rotating disk 3 rotates, and filter core 9 is along with the first rotating disk 2 rotates.When upper cover folder 35 turns to infrared heater 51 top, top along rotary motion trace E, top infrared heater 51 starts filter element upper cover 91 and upper cover folder 35 to carry out infrared heating.Lower cover folder 36 turns to bottom infrared heater 52 tops along rotary motion trace E simultaneously, and bottom infrared heater 52 starts filter core lower cover 92 and lower cover folder 36 to carry out infrared heating.The second rotating disk 3 is rotated further, and when upper cover folder 35, lower cover folder 36 turn to intersection point F place, now filter core folder 22 is also along with the first rotating disk 2 turns to intersection point F place, and filter core folder 22 is in vertical direction between upper cover folder 35, lower cover folder 36.Now, top drives cylinder 71 to work, and its output stretches out downwards, supports above upper cover folder 35, and upper cover folder 35 is promoted downwards, until the filter element upper cover 91 of upper cover folder 35 inside is fastened on the upper end of filter core 9; Bottom drives cylinder 72 to work simultaneously, and its output protrudes upward, and supports below lower cover folder 36, and lower cover folder 36 is upwards promoted, until the filter core lower cover 92 of lower cover folder 36 inside is fastened on the bottom of filter core 9.Through top, drive cylinder 71, bottom to drive after cylinder 72 pressings, by the filter element upper cover 91 of infrared heating and filter core lower cover 91, welded securely respectively or be connected on filter core 9, complete the assembling of one group of filter core 9, filter element upper cover 91 and filter core lower cover 92.The first rotating disk 2, the second rotating disk 3 are rotated further assembles next group filter core 9 filter element upper covers 91 and filter core lower cover 92.
Welding above-mentioned refers to a kind of connected mode that filter element upper cover, filter core lower cover link together with filter core respectively after infrared heating, is referred to as welding.
Thus, filter core mounting equipment provided by the invention, it can carry out filter core assembling by automatic operation, and packaging efficiency is high.During assembling, use infrared heating, improved the bonding strength of completed knocked down products, bonding strength is high, has extended service life.Without using glue to connect, avoided environmental pollution simultaneously.
Preferably, as shown in Fig. 1-4 and Fig. 7-10, filter core folder 22 comprises fixed clip 221 and movable folder 222, fixed clip 221 is fixedly connected on the first rotating disk 2 by folder connecting plate 24, on folder connecting plate 24, be also provided with the slide block 25 that can slide along folder connecting plate 24, one side of slide block 25 is connected with cylinder 23, the opposite side of slide block 25 is connected with movable folder 222 by slide block connecting rod 251, one end of slide block connecting rod 251 is connected with slide block 25, and its other end passes fixed clip 221 and is connected with movable folder 222.
Filter core folder 22 comprises fixed clip 221 and movable folder 222, and movable folder 222 can be with respect to fixed clip 221 relative motions, to keep both in clamp position or in separated position.Fixed clip 221 is connected to by folder connecting plate 24 on the edge of the first rotating disk 2, and slide block 25 is installed on folder connecting plate 24, and it can be also slide plate.Slide block 25 can slide along folder connecting plate 24, between the two for being slidably connected, can, by establish chute on slide block 25, on folder connector 24, guide rail be set and realize.One side of slide block 25 is connected with movable folder 222 by slide block connecting rod 251, and slide block connecting rod 251 is through fixed clip 221, and the opposite side of slide block 25 is connected with the cylinder output 231 of cylinder 23.Thus, when needs clamp filter core, filter core 9 is placed between movable folder 222 and fixed clip 221, cylinder output 231 bounces back, band movable slider 25 moves backward, and then passes through slide block connecting rod 251 drive activity folders 222 towards fixed clip 221 side shiftings, and filter core is clamped.After assembling completes, the filter core assembling need to be put down, cylinder output 231 stretches out, the lateral movement forward of band movable slider 25, and then pass through slide block connecting rod 251 drive activity folders 222 towards away from fixed clip 221 side shiftings, discharge the filter core being held.Can be according to the automatic control operation of need, saved manually, improved operating efficiency.
Preferably, as shown in Fig. 1-5, Fig. 7 and Figure 11, the top of the first rotating disk 2 is fixedly connected with the gas transmission main road 4 being useful on to cylinder 23 gas transmissions, and rotation is synchronizeed in gas transmission main road 4 with the first rotating disk 2, and gas transmission main road 4 is connected with cylinder 23 by gas transmission subtube 42.For fear of when the first rotating disk 2 rotates, and be wound around between the gas transmission subtube 42 that cylinder 23 is connected or between gas transmission subtube 42 and gas transmission main road 4, gas transmission main road 4 is fixedly connected on to the top of the first rotating disk 2 by total pipeline base 41, and rotate with the first rotating disk 2 coaxial synchronous, gas transmission main road 4 is connected with each cylinder 23 by gas transmission subtube 42 again, each cylinder 23 also rotates with the first rotating disk 2 coaxial synchronous, extraneous gas enters by gas transmission main road 4, by each gas transmission subtube 42, be delivered to each cylinder 23 again, thereby guarantee between gas transmission subtube 42 or can not be wound around between gas transmission subtube 42 and gas transmission main road 4, be convenient to assembling.
Preferably, as shown in Figure 12-14, between upper cover folder 35 and the upper end of fixed head 32, be also connected with upper cover folder back-moving spring 37, between lower cover folder 36 and the bottom of fixed head 32, be connected with lower cover folder back-moving spring 38.By upper cover folder back-moving spring 37 is set, the upper cover folder 37 that is driven cylinder 71 to push in intersection point F place by top at upper cover folder 37 is automatically reset, carry out next step assembling.By lower cover folder back-moving spring 38 is set, the lower cover folder 38 that is driven cylinder 72 to push in intersection point F place by bottom at lower cover folder 38 is automatically reset, carry out next step assembling, improved automatic Composition efficiency.
Preferably, as shown in Figure 11 and 14, the upside down of fixed head 32 is extended with for the top limited post 322 spacing to upper cover folder 35, and the lower end of fixed head 32 is extended with upward for the bottom limited post 323 spacing to lower cover folder 36.The two ends up and down of fixed head 32 are outward extended with connecting portion, and upper cover folder 35 and lower cover folder 36 are between the connecting portion at fixed head two ends Shang Xia 32.At the upside down top limited post 322 that is extended with of fixed head 32, it is connected on the connecting portion of upper end, and to downward-extension, for spacing to the upper cover folder 35 resetting under the effect at upper cover folder back-moving spring 37, avoid upper cover folder 35 and fixed head 32 to touch, wear and tear, make upper cover folder 35 be reset to desired location simultaneously.Lower end at fixed head 32 is extended with bottom limited post 323 upward, it is connected on the connecting portion of lower end, and upwards extend, for spacing to the lower cover folder 36 resetting under the effect at lower cover folder back-moving spring 38, avoid lower cover folder 36 and fixed head 32 to touch, wear and tear, make lower cover folder 36 be reset to desired location simultaneously, extend service life, and improved assembly precision.
Preferably, as shown in Figure 12 and 14, upper cover folder 35 is connected with the L shaped connecting plate 33 in top, and the L shaped connecting plate 33 in top can slide up and down to be connected on guide rail 321, one end of upper cover folder back-moving spring 37 is connected to the upper end of fixed head 32, and its other end is connected on the L shaped connecting plate 33 in top; Lower cover folder 36 is connected with the L shaped connecting plate 34 in bottom, and the L shaped connecting plate 34 in bottom can slide up and down to be connected on guide rail 32, and one end of lower cover folder back-moving spring 38 is connected to the bottom of fixed head 32, and its other end is connected on the L shaped connecting plate 34 in bottom.Due to the special nature of L shaped plate, limit and the guide rail 231 of being convenient to the L shaped connecting plate 33 in top are slidably connected, and another limit is connected with upper cover folder 35, and makes upper cover folder 35 parallel with guide rail 231, thereby can realize upper cover folder 35, moves up and down; Limit and the guide rail 231 of being convenient to the L shaped connecting plate 34 in bottom are slidably connected, and another limit is connected with lower cover folder 36, and makes lower cover folder 36 parallel with guide rail 231, thereby can realize lower cover folder 36, moves up and down, and have improved the convenience connecting.
Preferably, as shown in Fig. 1-3 and Fig. 6, on top board 12, at the place, centre position of the first motor output shaft 171 and the second motor output shaft 161, be provided with the upper position sensor 61 for monitoring upper cover folder 35 processes, when upper cover folder 35 process upper position sensor 61 below, upper position sensor 61 sends signal, and control top drive cylinder 71 and stretch out, promote upper cover folder 35 downwards; On workbench 11, at the place, centre position of the first motor output shaft 171 and the second motor output shaft 161, be provided with the lower position sensor 62 for monitoring lower cover folder 36 processes; When lower cover folder 36 process lower position sensor 62 top, lower position sensor 62 sends signal, and controls bottom driving cylinder 72 and stretch out, and upwards promotes lower cover folder 36.
That is, upper position sensor 61 is set on top board 12, this upper position sensor 61 is positioned at the place, centre position of the first motor output shaft 171 and the second motor output shaft 161, in the horizontal direction, it overlaps with intersection point F, and it is positioned at the top of intersection point F, and is positioned on top board 12.Upper position sensor 61 passes through for monitoring upper cover folder 35, when upper cover folder 35 process upper position sensor 61 below, upper position sensor 61 sends signal, and control top drive cylinder 71 and stretch out, promote upper cover folder 35 downwards, to the filter element upper cover in upper cover folder 35 91 is connected on the upper end of filter core 9.Lower position sensor 62 is set on workbench 11, and it is also positioned at the place, centre position of the first motor output shaft 171 and the second motor output shaft 161, and in the horizontal direction, it overlaps with intersection point F, and it is positioned at the below of intersection point F, and is positioned on workbench 11.Lower position sensor 62 passes through for monitoring lower cover folder 36, when lower cover folder 36 process lower position sensor 62 top, lower position sensor 62 sends signal, and control bottom driving cylinder 72 and stretch out, upwards promote lower cover folder 36, just the filter core lower cover 92 in lower cover folder 36 is connected on the lower end of filter core 9, has realized automation control, improved operating efficiency.
Preferably, as shown in Figure 1 and Figure 4, be provided with brace table 14 on workbench 11, brace table 14 is positioned at the below of filter core folder 22, is provided with the bottom position sensor (not shown) for monitoring filter core folder 22 processes on brace table 14; When filter core folder 22 is during through the top of brace tables 14, bottom position sensor sends signal, and the cylinder output 231 of control cylinder 23 bounces back, and movable folder 222 is clamped with fixed clip 221.Brace table 14 when assembling filter core 9, is placed on brace table 14 by filter core 9, at filter core folder 22, through out-of-date, the filter core being placed on brace table 14 put into filter core folder 22, then taken away by filter core folder 22, assembles.Bottom position sensor is installed on brace table 14, it is for monitoring filter core folder 22 processes, and when filter core folder 22 passes through the top of brace tables 14, bottom position sensor sends signal, and control cylinder 23 bounces back, movable folder 222 clamps with fixed clip 221, so that filter core is clamped, and rotates and takes away, carry out follow-up assembling, realize automation mechanized operation, saved cost of labor, improved efficiency.
Preferably, as shown in Fig. 1 and Fig. 4-5, that on workbench 11, also tilts is provided with for by the discharge channel 15 of the filter core output assembling, the below that is positioned at filter core folder 22 of discharge channel 15, and on top board 12, above discharge channel 15, be provided with the tip position sensor 8 for monitoring filter core folder 22 processes; When filter core folder 22 is during through the top of discharge channels 15, tip position sensor 8 sends signal, and the cylinder output 231 of control cylinder 23 stretches out, and movable folder 222 and fixed clip 221 are separated.In discharge channel 15, there is blowpit 151, for the filter core assembling is exported.On top board 12, be positioned at discharge channel 15 above be provided with tip position sensor 8, being used for monitoring filter core folder 22 passes through, when filter core folder 22 passes through the top of discharge channels 15, tip position sensor 8 sends signal, and the cylinder output 231 of control cylinder 23 stretches out, movable folder 222 and fixed clip 221 are separated, the filter core Automatic-falling assembling, to discharge channel 15, is discharged through blowpit 151.Discharge channel 15 is obliquely installed, low near one end, outside of body 1, high near a side of filter core folder 22, is convenient to filter core to discharge.By tip position sensor 8 is set, realized automation mechanized operation, save cost of labor, improved efficiency.
Preferably, as shown in Fig. 7 and Figure 12, on the first rotating disk 2, be provided with equably six filter core folders 22, each filter core 22 folders are connected with a cylinder 23, each cylinder 23 is connected with gas transmission main road 4 by a gas transmission subtube 42, correspondingly on the second rotating disk 3, be provided with equably six folders and cover member, each folder lid member includes upper cover folder 35 and lower cover folder 36, in vertical direction, filter core folder 22 is between upper cover folder 35 and lower cover folder 36, and the first rotating disk 2 and the second rotating disk 3 are synchronizeed rotation in the same way.And can guarantee when intersection point F place, when a filter core folder 22 turns over, always have a upper cover folder 35 and go to intersection point F place with lower cover folder 36 and coordinate with filter core folder 22.Six filter core folders 22 are set and six folders cover member, can realize continuous automatic operation, improved widely packaging efficiency.Filter core folder and folder that other number also can be set certainly as required cover member.
As required, above-mentioned each technical scheme can be carried out to combination, to reach best-of-breed technology effect.
Thus, filter core mounting equipment provided by the invention, can realize automation mechanized operation, and rotating disk often turns around and can assemble six filter cores, has improved widely packaging efficiency.And can realize full-automatic continued operation, after a filter core assembles, filter core to be assembled be placed as in filter core folder, upper and lower covers is placed into respectively in upper cover folder and lower cover folder, assembling circulates.And by infrared heater, heat, realize glue-free operation, when improving bonding strength, avoided contaminated environment.
Above-described is only principle of the present invention and preferred embodiment.It should be pointed out that for the person of ordinary skill of the art, on the basis of the principle of the invention, can also make some other modification, also should be considered as protection scope of the present invention.
Claims (10)
1. a filter core mounting equipment, comprises body, is provided with control panel and workbench on described body, and the top of described body is provided with top board,
It is characterized in that, on described workbench, be provided with the first drive motors and the second drive motors,
On the first motor output shaft of described the first drive motors, be connected with the first rotating disk, on the circumference of described the first rotating disk, be provided with at least one for clamping the filter core folder of filter core,
On the second motor output shaft of described the second drive motors, be connected with the second rotating disk, on the circumference of described the second rotating disk, be provided with at least one for clamping the folder lid member of filter core upper and lower covers,
Described folder lid member is connected to by fixed head on the circumference of described the second rotating disk, described folder lid member comprises upper cover folder and lower cover folder, a side near described folder lid member on described fixed head is provided with guide rail, described upper cover folder and described lower cover folder are connected on respectively on described guide rail slidably
On described body, be provided with the top infrared heater for heating described upper cover folder, on described body, be also equipped with the bottom infrared heater for heating described lower cover folder,
The rotary motion trace of described filter core folder is crossing in the centre position of described the first motor output shaft and described the second motor output shaft with the rotary motion trace of described folder lid member,
On described top board, at the place, centre position of described the first motor output shaft and described the second motor output shaft, be provided with the top drive cylinder for driving described upper cover folder to move down, on described workbench, at the place, centre position of described the first motor output shaft and described the second motor output shaft, be provided with for driving the bottom of moving on described lower cover folder to drive cylinder.
2. a kind of filter core mounting equipment according to claim 1, it is characterized in that, described filter core folder comprises fixed clip and movable folder, described fixed clip is fixedly connected on described the first rotating disk by folder connecting plate, on described folder connecting plate, be also provided with the slide block that can slide along described folder connecting plate, one side of described slide block is connected with cylinder, the opposite side of described slide block is connected with described movable folder by slide block connecting rod, one end of described slide block connecting rod is connected with described slide block, and its other end passes described fixed clip and is connected with described movable folder.
3. a kind of filter core mounting equipment according to claim 2, it is characterized in that, the top of described the first rotating disk is fixedly connected with the gas transmission main road being useful on to described cylinder gas transmission, synchronize and rotate with described the first rotating disk in described gas transmission main road, described gas transmission main road is connected with described cylinder by gas transmission subtube.
4. a kind of filter core mounting equipment according to claim 1, it is characterized in that, between described upper cover folder and the upper end of described fixed head, be also connected with upper cover folder back-moving spring, between described lower cover folder and the bottom of described fixed head, be connected with lower cover folder back-moving spring.
5. a kind of filter core mounting equipment according to claim 4, it is characterized in that, the upside down of described fixed head is extended with for the top limited post spacing to described upper cover folder, and the lower end of described fixed head is extended with upward for the bottom limited post spacing to described lower cover folder.
6. a kind of filter core mounting equipment according to claim 5, it is characterized in that, described upper cover folder is connected with the L shaped connecting plate in top, the L shaped connecting plate in described top can slide up and down to be connected on described guide rail, one end of described upper cover folder back-moving spring is connected to the upper end of described fixed head, and its other end is connected on the L shaped connecting plate in described top;
Described lower cover folder is connected with the L shaped connecting plate in bottom, the L shaped connecting plate in described bottom can slide up and down to be connected on described guide rail, one end of described lower cover folder back-moving spring is connected to the bottom of described fixed head, and its other end is connected on the L shaped connecting plate in described bottom.
7. a kind of filter core mounting equipment according to claim 1, is characterized in that, on described top board, at the place, centre position of described the first motor output shaft and described the second motor output shaft, is provided with the upper position sensor for monitoring described upper cover folder process,
When the described upper position sensor of described upper cover folder process below, described upper position sensor sends signal, and controls described top drive cylinder and stretch out, and promotes described upper cover folder downwards;
On described workbench, at the place, centre position of described the first motor output shaft and described the second motor output shaft, be provided with the lower position sensor for monitoring described lower cover folder process;
When the described lower position sensor of described lower cover folder process top, described lower position sensor sends signal, and controls described bottom driving cylinder and stretch out, and upwards promotes described lower cover folder.
8. a kind of filter core mounting equipment according to claim 2, it is characterized in that, on described workbench, be provided with brace table, described brace table is positioned at the below of described filter core folder, is provided with the bottom position sensor for monitoring described filter core folder process on described brace table;
When described filter core folder passes through the top of described brace table, described bottom position sensor sends signal, and controls the cylinder output retraction of described cylinder, and described movable folder and described fixed clip are clamped.
9. a kind of filter core mounting equipment according to claim 2, it is characterized in that, that on described workbench, also tilts is provided with for by the discharge channel of the filter core output assembling, the below that is positioned at described filter core folder of described discharge channel, and on described top board, above described discharge channel, be provided with the tip position sensor for monitoring described filter core folder process;
When described filter core folder is during through the top of described discharge channel, described tip position sensor sends signal, and the cylinder output of controlling described cylinder stretches out, and described movable folder and described fixed clip are separated.
10. a kind of filter core mounting equipment according to claim 3, it is characterized in that, on described the first rotating disk, be provided with equably six described filter core folders, each described filter core folder is connected with a described cylinder, each described cylinder is connected with described gas transmission main road by a described gas transmission subtube
Correspondingly on described the second rotating disk, be provided with equably six described folder lid members, each described folder lid member includes described upper cover folder and described lower cover folder,
In vertical direction, described filter core folder is between described upper cover folder and described lower cover folder, and described the first rotating disk and described the second rotating disk are synchronizeed rotation in the same way.
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| CN107775299A (en) * | 2016-08-24 | 2018-03-09 | 汉达精密电子(昆山)有限公司 | Automatic package assembly |
| CN108422190A (en) * | 2018-03-26 | 2018-08-21 | 广东海业实业有限公司 | The line-connection type production line and its application method of filter |
| CN109263141A (en) * | 2018-08-10 | 2019-01-25 | 江西瀚德科技有限公司 | A kind of filtering fiber drum packaging by hot pressing machine |
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| CN103737189B (en) | 2016-04-20 |
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