CN205325112U - Assembly machine is pressed to automatic scalding of activated carbon net - Google Patents
Assembly machine is pressed to automatic scalding of activated carbon net Download PDFInfo
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- CN205325112U CN205325112U CN201620059341.0U CN201620059341U CN205325112U CN 205325112 U CN205325112 U CN 205325112U CN 201620059341 U CN201620059341 U CN 201620059341U CN 205325112 U CN205325112 U CN 205325112U
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- hot pressure
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- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 title claims abstract description 113
- 125000006850 spacer group Chemical group 0.000 claims abstract description 86
- 239000000463 material Substances 0.000 claims abstract description 57
- 229920003023 plastic Polymers 0.000 claims abstract description 49
- 239000004033 plastic Substances 0.000 claims abstract description 48
- 229910052799 carbon Inorganic materials 0.000 claims abstract description 35
- 239000004744 fabric Substances 0.000 claims abstract description 35
- 238000005520 cutting process Methods 0.000 claims abstract description 26
- 230000005540 biological transmission Effects 0.000 claims abstract description 7
- 238000003825 pressing Methods 0.000 claims abstract description 6
- 239000003921 oil Substances 0.000 claims description 16
- 238000009826 distribution Methods 0.000 claims description 9
- 238000005303 weighing Methods 0.000 claims description 8
- 239000010720 hydraulic oil Substances 0.000 claims description 4
- 206010053615 Thermal burn Diseases 0.000 abstract description 7
- 238000004519 manufacturing process Methods 0.000 abstract description 6
- 238000009835 boiling Methods 0.000 abstract 2
- 239000000428 dust Substances 0.000 abstract 1
- 230000001737 promoting effect Effects 0.000 description 5
- 230000001413 cellular effect Effects 0.000 description 4
- 239000008187 granular material Substances 0.000 description 4
- 238000001125 extrusion Methods 0.000 description 3
- 230000001105 regulatory effect Effects 0.000 description 3
- 230000001360 synchronised effect Effects 0.000 description 3
- 238000002844 melting Methods 0.000 description 2
- 230000008018 melting Effects 0.000 description 2
- 230000001681 protective effect Effects 0.000 description 2
- 230000009897 systematic effect Effects 0.000 description 2
- 230000001276 controlling effect Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000001914 filtration Methods 0.000 description 1
- 238000010438 heat treatment Methods 0.000 description 1
- 230000008676 import Effects 0.000 description 1
- 239000002985 plastic film Substances 0.000 description 1
- 238000003860 storage Methods 0.000 description 1
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- Casting Or Compression Moulding Of Plastics Or The Like (AREA)
Abstract
The utility model discloses an assembly machine is pressed to automatic scalding of activated carbon net, which comprises a frame, the top is equipped with screen cloth unwinding mechanism respectively in the middle of the frame afterbody outside and the frame, it deposits position, spacer screen and scald presses wait bit no. 1, spacer screen to scald to press wait bit no. 2, spacer screen to scald to press position, active carbon filling wait bit no. 1, active carbon filling wait bit no. 2, active carbon filling position, the position of removing dust, online to scald to press wait bit, online to scald to press the position, cuts the wait bit, cuts the anteposition, cuts the postposition, arranges the material wait bit to be equipped with plastic framework in the frame in proper order, be listed as palette frame for the transmission of plastic framework between each station through one in the frame, be equipped with centre gripping plastic framework and with its drive mechanism who conveys forward in the palette frame left and right sides plastic framework deposits the position and is equipped with and supplies mould mechanism the boiling hot pressure position of spacer screen is equipped with the spacer screen garment press constructs active carbon filling position is equipped with active carbon feed mechanism the boiling hot pressure position of online is equipped with the online garment press constructs it cuts the mechanism to be equipped with the screen cloth in the middle of cutting the anteposition and cutting the postposition. Using to be somebody's turn to do to scald voluntarily and pressing the assembly machine to substitute the manual work, automated production is realized to messenger's active carbon filter screen.
Description
Technical field
This utility model relates to a kind of automatic hot pressure assembly machine of active carbon net。
Background technology
Certain filter can use a kind of plastics preparing active carbon drainage screen, this drainage screen by middle hollow out honeycombed plastic skeleton, be placed on intraskeletal activated carbon granule and hot pressure and form at the screen cloth that skeleton is upper and lower。This drainage screen of present stage uses artificial hot pressure screen cloth, the mode of artificial fill activated carbon produces, and it is low which exists production efficiency；Artificial hot pressure easily scalds operator；Artificial fill activated carbon weight, defect pockety。
Utility model content
Technical problem to be solved in the utility model is to provide a kind of automatic hot pressure assembly machine of active carbon net, substitutes artificial, makes activated charcoal strainer realize automated production。
For solving above-mentioned technical problem, this utility model adopts the following technical scheme that the automatic hot pressure assembly machine of active carbon net, including frame, it is respectively equipped with screen cloth unreeling structure with frame middle upper part outside described frame aft, described frame is sequentially provided with plastic skeleton and deposits position, spacer screen hot pressure waits position one, spacer screen hot pressure waits position two, spacer screen hot pressure position, activated carbon fill waits position one, activated carbon fill waits position two, activated carbon fill position, dedusting position, online hot pressure waits position, online hot pressure position, cut wait position, cut anteposition, cut rear position, discharge waits position, by string tray rack for plastic skeleton transmission between each station in described frame, clamping plastic skeleton the drive mechanism it transmitted forward it is provided with in the tray rack left and right sides, deposit position at described plastic skeleton and be provided with mean for mold mechanism, spacer screen hot pressure mechanism it is provided with in described spacer screen hot pressure position, it is provided with activated carbon feeding distribution mechanism in described activated carbon fill position, it is provided with online hot pressure mechanism in described online hot pressure position, cuts anteposition described and be provided with screen cloth cutting mechanism in the middle of position after cutting。
Described screen cloth unreeling structure includes fixed support, and support bracket fastened end is provided with the fixing axle of rotation, rotates and is provided with rotation axle by fixing bearing holder (housing, cover) on fixing axle。
Described tray rack includes four support columns established, and support column is provided with two cross bar contiguous blocks, and cross bar contiguous block is provided with two pallet runners。
Described confession mold mechanism includes for baffle plate; corner for baffle plate is provided with four adjustment tooth bars; it is fixed with feeding cylinder at the rear portion for baffle plate; the piston rod of feeding cylinder is connected to for mould push pedal; it is being arranged with two feed fixed edges on baffle plate; the corner of feed fixed edge is respectively equipped with feeder channel; a feed lift cylinder respectively it is fixed with in the both sides for baffle plate; the piston rod of described feed lift cylinder is fixed with feed gripper cylinder, the piston rod of described feed gripper cylinder is fixed with feed grip block。
Described spacer screen hot pressure waits that the bottom of position one is provided with stock stop, and described stock stop includes the striker plate that can stretch out between described pallet runners, and described striker plate is by the backgauge air cylinder driven being fixed in described frame。
Described spacer screen hot pressure mechanism includes mould in spacer screen hot pressure, spacer screen hot pressure counterdie, the spacer screen hot pressure lower shoe connected by spacer screen hot pressure column and spacer screen hot pressure upper plate, described spacer screen hot pressure lower shoe and described frame are fixed, in described spacer screen hot pressure, mould is driven by the down pressing oil cylinder being fixed on described spacer screen hot pressure upper plate, described spacer screen hot pressure counterdie, by the spacer screen hot pressure hydraulic oil cylinder driving being fixed on described spacer screen hot pressure upper plate, is provided with inside described spacer screen hot pressure counterdie and adds heat pipe。
Described activated carbon feeding distribution mechanism includes the automatic Weighing tripper being fixed on tripper support, described automatic Weighing tripper is connected to sub-material bucket by passage, it is sequentially provided with cutting plate below described sub-material bucket, takes out flitch and stock guide, described cutting plate is provided with the through hole corresponding with described plastic skeleton, described stock guide is provided with the through hole corresponding with described plastic skeleton and lower surface and described plastic skeleton matches, described sub-material bucket by sub-material bucket promote cylinder promote, described in take out flitch by take out material cylinder promote。
Described online hot pressure mechanism includes mould in online hot pressure, online hot pressure counterdie, the online hot pressure lower shoe connected by hot pressure column of surfing the Net and online hot pressure upper plate, described online hot pressure lower shoe and described frame are fixed, described online hot pressure counterdie is fixed on described online hot pressure lower shoe, in described online hot pressure, mould is by the online hot pressure hydraulic oil cylinder driving being fixed on described online hot pressure upper plate, and in described online hot pressure, mould is embedded with and adds heat pipe。
Described screen cloth cutting mechanism is fixed on drive mechanism, it cylinder that cuts including the right and left fixing with drive mechanism fixes seat, the described fixing seat of cylinder that cuts is provided with and cuts cylinder, the described piston rod cutting cylinder is provided with the fixing post of heater strip, is connected to heater strip between the fixing post of the heater strip on both sides。
Described drive mechanism includes oriented side and support-side, described oriented side includes the crossbeam being fixed with a registration plate, described support-side includes being fixed with a ranking and puts the crossbeam of adjustable gripper shoe, described oriented side and support-side be respectively arranged at the two ends with an opening and closing guide holder, the spacing of described oriented side and support-side is adjusted by the opening and closing cylinder being fixed on described opening and closing guide holder, is provided with driving mechanism in the middle of two opening and closing guide holders of front end。
Using the activated charcoal strainer constant product quality that this equipment is produced, manual working intensity is greatly reduced, the danger that when using automated production can avoid manual operation, operator are easily burned, and production efficiency also increases significantly。
Accompanying drawing explanation
Fig. 1 is active carbon net automatic hot pressure assembly machine population structure schematic diagram；
Fig. 2 is the top view of the automatic hot pressure assembly machine of active carbon net；
Fig. 3 is the structural representation of active carbon net automatic hot pressure assembly machine screen cloth unreeling structure；
Fig. 4 is the structural representation of the automatic hot pressure assembly machine tray rack of active carbon net；
Fig. 5 is the active carbon net automatic hot pressure assembly machine structural representation for mold mechanism；
Fig. 6 is the structural representation of the automatic hot pressure assembly machine stock stop of active carbon net；
Fig. 7 is the structural representation of active carbon net automatic hot pressure assembly machine spacer screen hot pressure mechanism；
Fig. 8 is the structural representation of active carbon net automatic hot pressure assembly machine activated carbon feeding distribution mechanism；
Fig. 9 is the structural representation of active carbon net automatic hot pressure assembly machine online hot pressure mechanism；
Figure 10 is the structural representation of active carbon net automatic hot pressure assembly machine screen cloth cutting mechanism；
Figure 11 is the structural representation of the automatic hot pressure assembly machine drive mechanism of active carbon net；
Figure 12 is the partial enlarged drawing at A place in Figure 11；
Figure 13 is the structural representation of active carbon net automatic hot pressure assembly machine drive mechanism opening and closing guide holder；
Figure 14 is the structural representation of the automatic hot pressure assembly machine drive mechanism of active carbon net；
In figure: 1-1, loose roll；1-2, screen cloth unreeling structure；1-3, stock stop；1-4 is for mold mechanism；1-5, spacer screen hot pressure mechanism；1-6, activated carbon feeding distribution mechanism；1-7, online hot pressure mechanism；1-8, screen cloth cutting mechanism；1-9, drive mechanism；1-10, frame；1-11, tray rack；2-1, plastic skeleton deposit position；2-2, spacer screen hot pressure wait position one；2-3, spacer screen hot pressure wait position two；2-4, spacer screen hot pressure position 2-5, activated carbon fill wait position one；2-6, activated carbon fill wait position two；2-7, activated carbon fill position；2-8, dedusting position；2-9, online hot pressure wait position；2-10, online hot pressure position；2-11, cut wait position；2-12, cut anteposition；2-13, cut rear position；2-14, discharge wait position；4-1, brake pad；4-2, extrusion spring；4-3, adjustment thread bush；4-4, screen cloth locating piece；4-5, fixing bearing；4-6, rotation axle；4-7, the fixing axle of rotation；4-8, fixed support；5-1, pallet runners；5-2, cross bar contiguous block；5-3, support column；7-1, feeder channel；7-2, plastic skeleton；7-3, feed grip block；7-4, feed fixed edge；7-5, feed gripper cylinder；7-6, feed lift cylinder fix plate；7-7, feed lift cylinder；7-8, confession mould push pedal；7-9, feeding cylinder fix seat；7-10, linear bearing；7-11, the axis of guide；7-12, feeding cylinder；7-13, adjustment tooth bar；7-14, confession baffle plate；8-1, striker plate；8-2, backgauge cylinder；8-3, backgauge cylinder fix seat；9-2, spacer screen hot pressure upper plate；9-3, spacer screen hot pressure column；9-4, spacer screen hot pressure counterdie；9-5, spacer screen hot pressure lower shoe；9-6, spacer screen hot pressure oil cylinder；9-7, lead two；Plate fixed by 9-8, spacer screen hot pressure oil cylinder；9-9, joint pin；9-10, add heat pipe；9-11, adpting flange；9-12, leg；9-13, screen cloth corner-pillar；Mould in 9-14, spacer screen hot pressure；9-16, down pressing oil cylinder；9-17, lead one；10-1, automatic Weighing tripper；10-2, sub-material promote fixing seat support；10-3, sub-material promote fixing seat；10-4, sub-material promote lead；10-5, sub-material bucket promote cylinder；10-6, sub-material promote fixed edge；10-8, sub-material bucket promote air cylinder fixed plate；10-9, tripper support；10-10, take out material cylinder；10-11, sub-material panel；10-12, take out material air cylinder fixed plate；10-13, passage；10-14, sub-material lifting cylinder；10-15, sub-material bucket lead；10-16, sub-material bucket；10-17, cutting plate；10-18, take out flitch fixed strip；10-19, take out flitch；10-20, stock guide；11-1, online hot pressure upper plate；11-2, online hot pressure column；11-3, online hot pressure lower shoe；11-4, the fixing post of online hot pressure counterdie；11-5, online hot pressure counterdie；11-6, material scraper；Mould in 11-7, online hot pressure；11-8, online hot pressure oil cylinder；11-9, lead three；12-1, cut the fixing seat of cylinder；12-2, heater strip fix post；12-3, cut cylinder；12-4, heater strip；12-5, heater strip protective cover；13-1, opening and closing guide holder；13-2, support-side；13-3, guide holder；13-4, oriented side；13-5, driving mechanism；14-1, crossbeam；14-2, adjusting nut；14-3, gripper shoe fix seat；14-4, back-moving spring；14-5, adjusting screw rod；14-6, gripper shoe；14-7, gripper shoe lead；14-9, location-plate；15-1, piston rod connecting plate；15-2, padded plate；15-3, line slideway fix plate two；15-4, line slideway two；15-5, guide rail splice one；15-6, line slideway fix plate one；15-7, opening and closing cylinder；15-8, line slideway one；15-9, opening and closing air cylinder fixed plate；17-1, screw mandrel supporting seat；17-2, ball screw；17-3, be in transmission connection seat；17-4, feed screw nut's fixed block；Seat cushion block fixed by 17-5, screw mandrel；Seat fixed by 17-6, screw mandrel；17-7, driven synchronous pulley；17-8, Timing Belt；17-9, motor fixing seat；17-10, drive motor。
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is further described。
Fig. 1 and Fig. 2 show the automatic hot pressure assembly machine of this utility model active carbon net and includes frame 1-10, frame 1-10 lateral tail and frame middle upper part are designed with the screen cloth unreeling structure 1-2 with tensioning function, frame is sequentially provided with 14 stations: plastic skeleton deposits a 2-1, spacer screen hot pressure waits position one 2-2, spacer screen hot pressure waits position two 2-3, spacer screen hot pressure position 2-4, activated carbon fill waits position one 2-5, activated carbon fill waits position two 2-6, activated carbon fill position 2-7, dedusting position 2-8, online hot pressure waits position 2-9, online hot pressure position 2-10, cut wait position 2-11, cut anteposition 2-12, cut rear position 2-13, discharge waits position 2-14, by string tray rack 1-11 for plastic skeleton 7-2 transmission between each station in described frame, clamping plastic skeleton the drive mechanism 1-9 it transmitted forward it is provided with in the tray rack left and right sides, deposit a 2-1 at plastic skeleton and be provided with storage, that releases plastic skeleton 7-2 supplies mold mechanism 1-4, wait in spacer screen hot pressure and bottom the 2-2 of position one, be provided with the stock stop 1-3 preventing that for mold mechanism 1-4, plastic skeleton 7-2 was pushed position, the spacer screen hot pressure mechanism 1-5 of hot pressure spacer screen it is provided with at spacer screen hot pressure position 2-4, the activated carbon feeding distribution mechanism 1-6 of fill activated carbon granule it is provided with at activated carbon fill position 2-7, the online hot pressure mechanism 1-7 of hot pressure online it is provided with at online hot pressure position 2-10, it is provided with, in the middle of the 2-13 of position, the screen cloth cutting mechanism 1-8 separated by the finished activated charcoal drainage screen that two are linked together by screen cloth after cutting anteposition 2-12 and cutting, two loose roll 1-1 for being opened by screen cloth it are provided with bottom frame 1-10。
As shown in Figure 3, described screen cloth unreeling structure includes fixed support 4-8, support bracket fastened end is provided with the fixing axle 4-7 of rotation, rotate and fixing axle is arranged with rotation axle 4-6 by fixing bearing 4-5, being the storeroom of hot pressure screen cloth rotating axle outer surface, be respectively cased with a screen cloth locating piece 4-4 rotating the outside two ends of axle, fit brake pad 4-1 in screen cloth locating piece outer end in the outer part, the outer end of brake pad is extrusion spring 4-2, and the outside of extrusion spring is for regulating thread bush 4-3。
As shown in Figure 4, described tray rack includes four support column 5-3 established, and support column is provided with two cross bar contiguous block 5-2, and cross bar contiguous block is provided with two pallet runners 5-1。
As shown in Figure 5, described confession mold mechanism includes the confession baffle plate 7-14 of bottom, it is provided with four for baffle plate corner and regulates tooth bar 7-13, described adjustment tooth bar is for regulating the height for baffle plate, it is provided with feeding cylinder 7-12 at the rear portion for baffle plate, feeding cylinder is connected with for baffle plate by the fixing seat 7-9 of feeding cylinder, it is provided with two linear bearing 7-10 at the fixing seat two ends of feeding cylinder, linear bearing is provided with two axis of guide 7-11, two axis of guides are by being connected with each other for mould push pedal 7-8, it is connected with each other with the piston rod of feeding cylinder in the middle of mould push pedal, it is being arranged with two feed fixed edge 7-4 on baffle plate, the corner of feed fixed edge is respectively equipped with feeder channel 7-1, a feed lift cylinder 7-7 respectively it is fixed with in the both sides for baffle plate, feed lift cylinder is connected with each other with for baffle plate by the fixing plate 7-6 of feed lift cylinder, the piston rod of feed lift cylinder is fixed with feed gripper cylinder 7-5, the piston rod of feed gripper cylinder is fixed with feed grip block 7-3 to clamp plastic skeleton 7-2。
As shown in Figure 6, described stock stop includes the fixing seat 8-3 of backgauge cylinder that same frame interfixes, and is fixed on the backgauge cylinder 8-2 on the fixing seat of backgauge cylinder and the fixing striker plate 8-1 on backgauge cylinder piston rod。
As shown in Figure 7, described spacer screen hot pressure mechanism includes the spacer screen hot pressure lower shoe 9-5 that same frame interfixes, spacer screen hot pressure lower shoe corner is respectively provided with a foundation net hot pressure column 9-3, the other end of spacer screen hot pressure column is connected to spacer screen hot pressure upper plate 9-2, it is provided with down pressing oil cylinder 9-16 in the middle of spacer screen hot pressure upper plate, the piston rod of down pressing oil cylinder is provided with adpting flange 9-11, mould 9-14 in spacer screen hot pressure fixed below by adpting flange, in described spacer screen hot pressure, mould die face is outer convex arch, in spacer screen hot pressure, mould is by four lead one 9-17 guiding, lead one is installed in linear bearing, linear bearing is fixed on spacer screen hot pressure upper plate, the joint pin 9-9 of the fixing plate of four foundation net hot pressure oil cylinders it is provided with at spacer screen hot pressure lower shoe, the fixing plate 9-8 of spacer screen hot pressure oil cylinder is fixed in the lower surface of joint pin, it is respectively provided with a linear bearing 7-10 in the corner of the fixing plate of spacer screen hot pressure oil cylinder, described joint pin is hollow shape cylinder, hollow is to make linear bearing to penetrate。Being provided with lead two 9-7 in linear bearing, be connected to spacer screen hot pressure counterdie 9-4 in the upper surface of lead two, described spacer screen hot pressure counterdie die face is interior concaved circular cambered surface, by the heat pipe 9-10 that adds inlayed therein, it is heated。Spacer screen hot pressure oil cylinder 9-6 is set in the centre of the fixing plate of spacer screen hot pressure oil cylinder, the piston rod of spacer screen hot pressure oil cylinder is provided with adpting flange, adpting flange end face is connected with each other with spacer screen hot pressure counterdie, it is provided with screen cloth corner-pillar 9-13 in spacer screen hot pressure lower shoe rear end, described screen cloth corner-pillar two ends are provided with threaded securing bores, fix with spacer screen hot pressure lower shoe by being located at the leg 9-12 on its both sides。
As shown in Figure 8, described activated carbon feeding distribution mechanism includes the automatic Weighing tripper 10-1 being fixed on tripper support 10-9, and described automatic Weighing tripper is used for controlling activated carbon injected volume each time, and its outlet is connected with sub-material bucket by passage 10-13；Passage is fixed on tripper support。Being provided with sub-material below at tripper support and promote fixing seat support 10-2, the bottom surface promoting fixing seat support in sub-material is provided with the fixing seat 10-3 of sub-material lifting, and the centre promoting fixing seat in sub-material is provided with sub-material lifting cylinder 10-14。The both sides of sub-material lifting cylinder are respectively provided with a linear bearing 7-10, it is provided with sub-material in linear bearing and promotes lead 10-4, the end face promoting lead in sub-material is provided with sub-material lifting fixed edge 10-6, the each sub-material of fixing in two ends promoting fixed edge in sub-material promotes connecting plate, promote in sub-material and after connecting plate, be provided with sub-material bucket promotion air cylinder fixed plate 10-8, promote at sub-material bucket and air cylinder fixed plate is provided with sub-material bucket promotion cylinder 10-5, the both sides promoting cylinder at sub-material bucket are provided with linear bearing, it is provided with sub-material bucket lead 10-15 in sub-material bucket leads linear bearing, it is connected to sub-material bucket 10-16 in one end of sub-material bucket lead, two sub-materials promote connecting plates be fixed with sub-material panel 10-11 below, two sub-material panels are connected with each other by cutting plate 10-17 and stock guide 10-20, it is provided with in the centre of cutting plate and stock guide and takes out flitch 10-19, take out flitch front end to fix and take out flitch fixed strip 10-18, it is respectively provided with one in the front end of two sub-material panels and takes out material air cylinder fixed plate 10-12, take out material air cylinder fixed plate is fixed and take out material cylinder 10-10, two piston rods taking out material cylinder are simultaneously connected with takes out flitch fixed strip。
Described sub-material panel is a "T"-shaped part of strip；Described cutting plate is provided with cellular through hole, and described cellular lead to the hole site is with the honeycomb structure one_to_one corresponding on plastic skeleton；Described stock guide is provided with the through hole corresponding with described plastic skeleton and lower surface and described plastic skeleton matches, and activated carbon finally imports in plastic skeleton from this hole；Described flitch of taking out is transparent plastic sheet。
As shown in Figure 9, described online hot pressure mechanism includes the online hot pressure lower shoe 11-3 that bottom interfixes with frame, online hot pressure lower shoe corner is respectively provided with an online hot pressure column 11-2, the other end of online hot pressure column is connected to online hot pressure upper plate 11-1, online hot pressure oil cylinder 11-8 it is provided with in the middle of online hot pressure upper plate, the piston rod of online hot pressure oil cylinder is provided with adpting flange, mould 11-7 in online hot pressure fixed below by adpting flange, it is embedded with 6 at mould in hot pressure of surfing the Net and adds heat pipe, in online hot pressure, mould corner is provided with four lead three 11-9, lead three is arranged in linear bearing, linear bearing is fixed on online hot pressure upper plate, two online hot pressure columns on right side are provided with material scraper 11-6, the hot melting plastic of mould remained on surface on when described material scraper is for removing hot pressure。In the middle of online hot pressure lower shoe, it is provided with online hot pressure counterdie 11-5, is interfixed with online hot pressure lower shoe by four fixing post 11-4 of hot pressure counterdie of surfing the Net。In described online hot pressure, mould die face is outer convex arch, and described online hot pressure counterdie die face is indent circular arc。
As shown in Figure 10; described screen cloth cutting mechanism is fixed on drive mechanism; it cylinder that cuts including the right and left fixing with drive mechanism fixes seat 12-1; cut two and the fixing seat of cylinder is respectively provided with one cuts cylinder 12-3; two cut and are respectively provided with the fixing post 12-2 of a heater strip on the piston rod of cylinder; it is connected to heater strip 12-4 between the fixing post of the heater strip on both sides, outside heater strip, is provided with heater strip protective cover 12-5。
As shown in Figure 11, Figure 12, described drive mechanism includes oriented side 13-4 and support-side 13-2, it is respectively arranged at the two ends with an opening and closing guide holder 13-1 in described oriented side and support-side, the middle part of described oriented side and support-side is respectively equipped with a guide holder 13-3, is provided with driving mechanism 13-5 in the middle of two opening and closing guide holders of front end。
Described oriented side includes the crossbeam 14-1 of bottom, and on crossbeam, plane systematic discharges 13 location-plate 14-9；Described location-plate locating surface is provided with two grooves for positioning four lugs of plastic skeleton；Described support-side includes the crossbeam 14-1 of bottom, on crossbeam, plane systematic discharges the fixing seat 14-3 of 13 gripper shoes, it is respectively arranged at the two ends with a linear bearing 7-10 at the fixing seat of gripper shoe, centre is provided with adjusting screw rod 14-5, gripper shoe lead 14-7 it is provided with in linear bearing, gripper shoe 14-6 is fixed in gripper shoe lead front end, the centre of gripper shoe interfixes with adjusting screw rod, adjusting screw rod is provided with back-moving spring 14-4, afterbody at adjusting screw rod is provided with two adjusting nut 14-2, described adjusting nut controls the origin position of gripper shoe by regulating its position on adjusting screw rod；Described gripper shoe supporting surface is provided with two grooves for positioning four lugs of plastic skeleton。
As shown in figure 13, described opening and closing guide holder includes fixing plate one 15-6 of line slideway that bottom interfixes with frame, the fixing plate one of line slideway is provided with line slideway one 15-8, individual guide rail splice one 15-5 is had on line slideway one, it is arranged above with line slideway two 15-4 at guide rail splice one, afterbody at guide rail splice one is provided with opening and closing air cylinder fixed plate 15-9, opening and closing air cylinder fixed plate is provided with opening and closing cylinder 15-7, the line slideway that is arranged above with at line slideway two fixes plate two 15-3, the fixing plate two of line slideway interfixes with crossbeam above, wherein the opening and closing guide holder on right side is with being lined with padded plate 15-2 between crossbeam, it is provided with piston rod connecting plate 15-1 at fixing plate two afterbody of line slideway。
Described line slideway one slide block is flange-type, and this line slideway is for movable guiding；Described guide rail splice one afterbody is provided with the same fixing threaded securing bores of opening and closing air cylinder fixed plate, and front end is provided with that same driving mechanism is fixing is screwed through hole；Described line slideway two slide block is flange-type, this line slideway guiding for moving left and right。
As shown in figure 14, described driving mechanism includes drive motor 17-10, drive motor is interfixed with frame by motor fixing seat 17-9, motor shaft is provided with active synchronization belt wheel, active synchronization belt wheel is provided with Timing Belt 17-8, the other end of Timing Belt is connected to driven synchronous pulley 17-7, driven synchronous pulley is fixed on ball screw 17-2, head at ball screw is provided with the fixing seat 17-6 of screw mandrel, the fixing seat of screw mandrel is interfixed with frame by the fixing seat cushion block 17-5 of screw mandrel, afterbody screw mandrel supporting seat 17-1 at ball screw, screw mandrel supporting seat directly interfixes with frame, the feed screw nut of ball screw is provided with feed screw nut fixed block 17-4, feed screw nut's fixed block is provided with a 17-3 that is in transmission connection, the seat that is in transmission connection is " u "-shaped assembly, coexist two opening and closing guide holders of front end of two ends interfix。
During use, release piece of plastic skeleton for mold mechanism every time, the plastic skeleton released falls within tray rack, stock stop by spacing for plastic skeleton prevent it before move past position, drive mechanism transmits equidistant successively for the plastic skeleton released on each station, it is transferred into behind spacer screen hot pressure position until plastic skeleton, spacer screen hot pressure mechanism is by the screen cloth hot pressure that sends from screen cloth unreeling structure to plastic skeleton bottom surface, after plastic skeleton is sent to activated carbon fill position, activated carbon feeding distribution mechanism will be weighed up weight by automatic Weighing tripper and the activated carbon granule that is uniformly filled in cutting plate cellular mesh is filled in the plastic skeleton cellular mesh of hot spacer screen by stock guide, after plastic skeleton is sent to online hot pressure position, online hot pressure mechanism is by the screen cloth hot pressure sent from screen cloth unreeling structure to the plastic skeleton upper bottom surface having filled activated carbon granule, complete online hot pressure every time, the hot melting plastic remained in upper die face is once removed by the material scraper in online hot pressure mechanism, when behind position after plastic skeleton is sent to and cuts, it is positioned to cut fashion and cut the screen cloth cutting mechanism in the middle of rear position and the finished product linked together by screen cloth is cut into single finished product by the heating wire heated, finished product is removed machine and completes the production of activated carbon filtration automation hot pressure by final drive gear。
Claims (10)
1. the automatic hot pressure assembly machine of active carbon net, it is characterised in that: include frame, be respectively equipped with screen cloth unreeling structure with frame middle upper part outside described frame aft, described frame be sequentially provided with plastic skeleton and deposit position, spacer screen hot pressure waits position one, spacer screen hot pressure waits position two, spacer screen hot pressure position, activated carbon fill waits position one, activated carbon fill waits position two, activated carbon fill position, dedusting position, online hot pressure waits position, online hot pressure position, cut wait position, cut anteposition, cut rear position, discharge waits position, by string tray rack for plastic skeleton transmission between each station in described frame, clamping plastic skeleton the drive mechanism it transmitted forward it is provided with in the tray rack left and right sides, deposit position at described plastic skeleton and be provided with mean for mold mechanism, spacer screen hot pressure mechanism it is provided with in described spacer screen hot pressure position, it is provided with activated carbon feeding distribution mechanism in described activated carbon fill position, it is provided with online hot pressure mechanism in described online hot pressure position, cuts anteposition described and be provided with screen cloth cutting mechanism in the middle of position after cutting。
2. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterised in that: described screen cloth unreeling structure includes fixed support, and support bracket fastened end is provided with the fixing axle of rotation, rotates and is provided with rotation axle by fixing bearing holder (housing, cover) on fixing axle。
3. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterised in that: described tray rack includes four support columns established, and support column is provided with two cross bar contiguous blocks, and cross bar contiguous block is provided with two pallet runners。
4. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterized in that: described confession mold mechanism includes for baffle plate, corner for baffle plate is provided with four adjustment tooth bars, it is fixed with feeding cylinder at the rear portion for baffle plate, the piston rod of feeding cylinder is connected to for mould push pedal, it is being arranged with two feed fixed edges on baffle plate, the corner of feed fixed edge is respectively equipped with feeder channel, a feed lift cylinder respectively it is fixed with in the both sides for baffle plate, the piston rod of described feed lift cylinder is fixed with feed gripper cylinder, the piston rod of described feed gripper cylinder is fixed with feed grip block。
5. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterized in that: described spacer screen hot pressure waits that the bottom of position one is provided with stock stop, described stock stop includes the striker plate that can stretch out between described pallet runners, and described striker plate is by the backgauge air cylinder driven being fixed in described frame。
6. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterized in that: described spacer screen hot pressure mechanism includes mould in spacer screen hot pressure, spacer screen hot pressure counterdie, the spacer screen hot pressure lower shoe connected by spacer screen hot pressure column and spacer screen hot pressure upper plate, described spacer screen hot pressure lower shoe and described frame are fixed, in described spacer screen hot pressure, mould is driven by the down pressing oil cylinder being fixed on described spacer screen hot pressure upper plate, described spacer screen hot pressure counterdie, by the spacer screen hot pressure hydraulic oil cylinder driving being fixed on described spacer screen hot pressure upper plate, is provided with inside described spacer screen hot pressure counterdie and adds heat pipe。
7. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterized in that: described activated carbon feeding distribution mechanism includes the automatic Weighing tripper being fixed on tripper support, described automatic Weighing tripper is connected to sub-material bucket by passage, it is sequentially provided with cutting plate below described sub-material bucket, take out flitch and stock guide, described cutting plate is provided with the through hole corresponding with described plastic skeleton, described stock guide is provided with the through hole corresponding with described plastic skeleton and lower surface and described plastic skeleton matches, described sub-material bucket is promoted cylinder to promote by sub-material bucket, described take out flitch by take out material cylinder promote。
8. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterized in that: described online hot pressure mechanism includes mould in online hot pressure, online hot pressure counterdie, the online hot pressure lower shoe connected by hot pressure column of surfing the Net and online hot pressure upper plate, described online hot pressure lower shoe and described frame are fixed, described online hot pressure counterdie is fixed on described online hot pressure lower shoe, in described online hot pressure, mould is by the online hot pressure hydraulic oil cylinder driving being fixed on described online hot pressure upper plate, and in described online hot pressure, mould is embedded with and adds heat pipe。
9. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterized in that: described screen cloth cutting mechanism is fixed on drive mechanism, it cylinder that cuts including the right and left fixing with drive mechanism fixes seat, the described fixing seat of cylinder that cuts is provided with and cuts cylinder, the described piston rod cutting cylinder is provided with the fixing post of heater strip, is connected to heater strip between the fixing post of the heater strip on both sides。
10. the automatic hot pressure assembly machine of active carbon net according to claim 1, it is characterized in that: described drive mechanism includes oriented side and support-side, described oriented side includes the crossbeam being fixed with a registration plate, described support-side includes being fixed with a ranking and puts the crossbeam of adjustable gripper shoe, described oriented side and support-side be respectively arranged at the two ends with an opening and closing guide holder, the spacing of described oriented side and support-side is adjusted by the opening and closing cylinder being fixed on described opening and closing guide holder, is provided with driving mechanism in the middle of two opening and closing guide holders of front end。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620059341.0U CN205325112U (en) | 2016-01-14 | 2016-01-14 | Assembly machine is pressed to automatic scalding of activated carbon net |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620059341.0U CN205325112U (en) | 2016-01-14 | 2016-01-14 | Assembly machine is pressed to automatic scalding of activated carbon net |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205325112U true CN205325112U (en) | 2016-06-22 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620059341.0U Expired - Fee Related CN205325112U (en) | 2016-01-14 | 2016-01-14 | Assembly machine is pressed to automatic scalding of activated carbon net |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205325112U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107310195A (en) * | 2017-08-17 | 2017-11-03 | 海宁诚达机械有限公司 | A kind of creasing mechanism of wrapper |
| CN111216934A (en) * | 2020-02-28 | 2020-06-02 | 澳兰斯健康产业有限公司 | Carbon filter screen processing equipment |
-
2016
- 2016-01-14 CN CN201620059341.0U patent/CN205325112U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107310195A (en) * | 2017-08-17 | 2017-11-03 | 海宁诚达机械有限公司 | A kind of creasing mechanism of wrapper |
| CN111216934A (en) * | 2020-02-28 | 2020-06-02 | 澳兰斯健康产业有限公司 | Carbon filter screen processing equipment |
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| C14 | Grant of patent or utility model | ||
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| 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: 20160622 Termination date: 20210114 |