CN201677162U - Molecular sieve assembling device - Google Patents
Molecular sieve assembling device Download PDFInfo
- Publication number
- CN201677162U CN201677162U CN2010201416149U CN201020141614U CN201677162U CN 201677162 U CN201677162 U CN 201677162U CN 2010201416149 U CN2010201416149 U CN 2010201416149U CN 201020141614 U CN201020141614 U CN 201020141614U CN 201677162 U CN201677162 U CN 201677162U
- Authority
- CN
- China
- Prior art keywords
- hopper
- cylinder
- molecular sieve
- screen cloth
- cup
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Drying Of Solid Materials (AREA)
Abstract
The utility model discloses a molecular sieve assembling device, which comprises a machine base. A crown plate is installed on the machine base through a column. An indexing disc is installed on the machine base. A plurality of clamping dies are uniformly distributed on the indexing disc in a ring. A discharge hopper is arranged in the machine base. A copper tube blanking mechanism, a bottom sieve punching mechanism, a drying agent bottle filling mechanism and a top sieve punching mechanism are installed on the crown plate successively. A sieve turnover conveying mechanism is installed on the machine base. The molecular sieve assembling device integrates the working procedures of copper tube blanking, bottom sieve assembly, drying agent bottle filling, top sieve assembly etc. during the molecular sieve assembling into one device, controls the device of each working procedure to operate automatically through a control system, thereby reducing the investment of the molecular sieve assembling device, and becoming convenient to be operated. The molecular sieve assembling device can improve the assembling efficiency of the molecular sieve through automatic control continuous operation.
Description
Technical field
The utility model relates to a kind of molecular sieve assembling device.
Background technology
Need to utilize the moisture in the molecular sieve removal cold-producing medium in refrigeration plants such as air-conditioning, the desiccant filling that removal moisture is used is in copper pipe, and the two ends of copper pipe are packaged with screen cloth.The assembling of molecular sieve is the end encapsulation screen cloth of elder generation at copper pipe, then drier is poured in the copper pipe, the other end at copper pipe encapsulates screen cloth again, the assembling of each traditional operation is to finish on different equipment respectively, so both increase the input of producer's equipment, reduced the production efficiency of molecular sieve again.Be the input that reduces equipment, the production efficiency that improves molecular sieve, the applicant has developed a kind of molecular sieve assembling device, this molecular sieve assembling device is integrated in the can of copper pipe blanking, the screen cloth encapsulation of copper pipe bottom, drier, the encapsulation of copper pipe upper screen and the discharging of encapsulation back molecular sieve on the equipment, and controls the operation of each processing apparatus automatically by control system.
Summary of the invention
In order to overcome the deficiencies in the prior art, the utility model provides a kind of molecular sieve assembling device, to reduce the input of equipment, improves the efficiency of assembling of molecular sieve.
The technical scheme that its technical problem that solves the utility model adopts is:
A kind of molecular sieve assembling device is characterized in that it comprises a support, by column top board is installed on the support, and index dial is installed on the support, and annular is evenly equipped with some clampings on the index dial, is provided with discharge bucket in the support; One copper tube blanking mechanism, this copper tube blanking mechanism correspondence is installed on the top board of clamping top, it comprises hopper and V-type hopper, hopper is provided with discharging opening, the import of V-type hopper is corresponding with the discharging opening of hopper, and hopper is provided with and pushes the material-pulling device of V-type hopper with being loaded on copper pipe in the hopper; Two cover screen cloth punching mechanisms, described sieve mesh punching mechanism correspondence is installed on the top board of two clamping tops, it comprises cylinder and guide rail bearing, guide rail bearing is provided with guide rail, slide block is installed on the guide rail, the output shaft of described cylinder is connected with slide block, be equipped with on the slide block and be pressed into axle, the end that is pressed into axle is equipped with collet, be pressed into the internal expanding axle is installed in the axle, one end of internal expanding axle may extend in the collet, is equipped with on the slide block to make the press-in device that extends in the internal expanding axle spring chuck, and the cylinder that holds out against that holds out against the clamping corresponding with two sieve mesh punching mechanisms is installed on the support; One desiccant filling mechanism, its correspondence is arranged on the top board of clamping top, comprise that one is installed in drier hopper on the top board by turning cylinder, the drier hopper be obliquely installed and with index dial run-in synchronism, the base circle of drier hopper is evenly equipped with the some measuring cup devices corresponding with clamping, the import of measuring cup device is communicated with the drier hopper, and top board is provided with funnel under the drier, and the funnel below is provided with the desiccant filling mouth under the drier; Two cover screen cloth turning transmitting mechanisms, it is installed in respectively on the support, to provide screen cloth to two sieve mesh punching mechanisms respectively.
Above-mentioned material-pulling device comprises a pusher cylinder, and a fixed head is installed on the pusher cylinder axis, and the charging ram that extends in the hopper is installed on the fixed head.
The copper pipe agitating device is installed on the above-mentioned hopper, and described copper pipe agitating device comprises that one stirs cylinder and somely is hubbed on the hopper and an end may extend to stirring plate in the hopper, and the other end of described stirring plate is connected with the stirring cylinder axis by connecting axle; Described hopper inner bottom part is equipped with the anti-sticking traction belt, and the two ends of described connecting axle are equipped with fixed block, and anti-sticking traction belt connecting rod is installed on the fixed block, and an end of anti-sticking traction belt is installed on the connecting rod, and the other end is installed in the feed hopper bottom outside.
One side of above-mentioned hopper is equipped with transparent cover plate, and the end of the biside plate of hopper is provided with installing hole, and magnet is installed in the hole, and the both sides of transparent cover plate are equipped with can insert in the installing hole and can be by the pin of attraction; One side of described V-type hopper is equipped with cover plate, and the end of the biside plate of V-type hopper is provided with installing hole, and magnet is installed in the hole, and the both sides of cover plate are equipped with can insert in the installing hole and can be by the pin of attraction.
Above-mentioned press-in device comprises that one is pressed into cylinder, is pressed into and is connected with the wedge shape pressed-in block on the cylinder axis, and the wedge shape pressed-in block contacts with the end of internal expanding axle.
The stroke adjustment nut is installed on the power shaft of above-mentioned cylinder.
Above-mentioned measuring cup device comprises cup, axially be provided with a through hole in the cup, measuring cup is installed in the through hole, the bottom of described cup is provided with the discharging pumping board installing hole with the through hole quadrature, in the discharging pumping board installing hole discharging pumping board is installed, the discharging pumping board can move back and forth along discharging pumping board installing hole, and the discharging pumping board is provided with a dumping pit corresponding with through hole; The bottom of described drier hopper is pivoted with the measuring cup pintle hook lock, and the bottom of drier hopper is equipped with spring, and an end of spring is connected with an end of measuring cup pintle hook lock, and cup is provided with the chimb that cooperates with the measuring cup pintle hook lock.
Above-mentioned measuring cup is threaded with through-hole wall, and cup is provided with the volume adjustment window that is communicated with through hole, and annular is provided with some adjustment holes on the measuring cup.
Be equipped with guide pillar in the cup of above-mentioned discharging pumping board installing hole both sides, the two ends of guide pillar are connected with the discharging pumping board by fixed block, wherein on the guide pillar between a fixed block and the cup back-moving spring is installed, the promotion cylinder that promotes the discharging pumping board is installed on the described top board.
Above-mentioned screen stencil turning transmitting mechanism comprises the turning device that the anchor clamps and of a screen cloth conveying device, a gripping screen cloth are connected with anchor clamps and anchor clamps are flipped an angle; The screen cloth conveying device comprises a pedestal, be installed in the chute on the pedestal and be hinged on the supporting plate of chute end, the initial position of described anchor clamps is positioned on the supporting plate, first cylinder is installed on the described pedestal, the output shaft of first cylinder is connected with supporting plate, pedestal is provided with the slip guide pillar, be set with back-moving spring on the slip guide pillar, the two ends of slip guide pillar are equipped with location-plate, wherein on the location-plate baffle plate that can keep off in chute is installed, but another fixed head of output shaft pushing tow of first cylinder slides the slip guide pillar on pedestal.
Above-mentioned turning device comprises that one is installed in the rotating shaft on the holder, described anchor clamps are fixedly mounted in the rotating shaft and can rotate with rotating shaft, one end of rotating shaft is equipped with gear, and second cylinder is installed on the holder, and the tooth bar with gears engaged is installed on the output shaft of second cylinder.
Two corresponding with screen stencil turning transmitting mechanism respectively screen cloth ordering dishes are installed, the corresponding connection of chute of described screen cloth ordering dish and screen stencil turning transmitting mechanism on the above-mentioned support.
The beneficial effects of the utility model are: the utility model is integrated in operations such as the copper pipe blanking in the molecular sieve assembling, lower screen cloth assembling, desiccant filling, upper screen cloth assembling on the equipment, and control the operation of each processing apparatus automatically by control system, thereby reduced the input of molecular sieve assembly equipment, be convenient to operation, the utility model can improve the efficiency of assembling of molecular sieve by control running continuously automatically.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is a schematic perspective view of the present utility model;
Fig. 2 is the schematic perspective view after the utility model is removed column;
Fig. 3 is the schematic perspective view of another line of vision behind the utility model removal column;
Fig. 4 is a cutaway view of the present utility model;
Fig. 5 is the schematic perspective view of measuring cup device;
Fig. 6 is the cutaway view of measuring cup device;
Fig. 7 is that measuring cup device is assemblied in the schematic diagram on the drier hopper;
Fig. 8 is the schematic perspective view of sieve mesh punching mechanism;
Fig. 9 is the cutaway view of sieve mesh punching mechanism;
Figure 10 is the local enlarged diagram among Fig. 9;
Figure 11 is the schematic perspective view of screen stencil turning transmitting mechanism original state;
Figure 12 is the schematic perspective view of screen stencil turning transmitting mechanism under the screen cloth transmit mode;
Figure 13 is the cutaway view of turning device;
Figure 14 is the schematic perspective view of copper tube blanking mechanism;
Figure 15 is the schematic perspective view of copper tube blanking mechanism behind the removal side plate.
The specific embodiment
Referring to figs. 1 through Figure 15, the disclosed a kind of molecular sieve assembling device of the utility model, comprise a support 1, by column 11 top board 12 is installed on the support 1, control box 13 is installed on the top board 12, index dial 14 and servomotor 15 are installed on the support 1, servomotor 15 is connected (not shown) with index dial 14 belts, index dial 14 is arranged to five five equilibriums, annular is evenly equipped with five clampings 15 on the index dial 14, five clampings 15 are corresponding with five five equilibriums of index dial 14, are provided with in support 1 and the relative discharge bucket 16 in a clamping 15 positions wherein.The calibration five equilibrium of index dial can according to circumstances specifically be set, and the quantity of clamping also can be according to concrete needs setting.
On the top board 12 above the clamping 15, copper tube blanking mechanism 2 is installed, this copper tube blanking mechanism 2 comprises hopper 21 and V-type hopper 22, hopper 21 is provided with discharging opening 211, the import 221 of V-type hopper 22 is corresponding with the discharging opening 211 of hopper 21, hopper 21 is provided with and pushes the material-pulling device of V-type hopper 22 with being loaded on copper pipe in the hopper, the copper pipe of releasing from the hopper discharging opening by material-pulling device can fall in the V-type hopper and insert in the clamping of its below, to realize purpose of automatic feed, satisfy the needs of molecular sieve assembling device.
As Figure 14, shown in Figure 15, material-pulling device comprises a pusher cylinder 23, on the axle of pusher cylinder 23 fixed head 24 is installed, the charging ram 25 that extends in the hopper 21 is installed on the fixed head 24, when the shaft extension of pusher cylinder 23 contracts, can drive charging ram 25 and move back and forth, thereby a copper pipe of hopper bottommost is pushed out in the V-type hopper from discharging opening in the bottom of hopper 21.
Copper pipe agitating device 26 is installed on hopper 21, and copper pipe agitating device 26 can stir the copper pipe in the hopper, does not fall into the bottom of hopper to prevent copper pipe to be stuck in the top of hopper, prevents that empty material phenomenon from appearring in the hopper bottom.
As Figure 14, shown in Figure 15, the copper pipe agitating device 26 of Cai Yonging comprises that one stirs cylinder 261 and somely is hubbed on the hopper 21 and an end may extend to stirring plate 262 in the hopper 21 in the present embodiment, the other end that wherein stirs plate 262 is connected with 261 in cylinder of stirring by connecting axle 263, when needing to stir the copper pipe in the hopper, the action of stirring cylinder, the stirring cylinder axis stretches out, driving stirring plate pivot axis by connecting axle changes, an end that stirs plate extends to and stirs copper pipe in the hopper, make copper pipe fall into the bottom of hopper from the top of hopper, prevent that empty material phenomenon from appearring in the hopper bottom.
Hopper 21 inner bottom parts are equipped with anti-sticking traction belt 27, at the two ends of connecting axle 263 fixed block 264 is installed, anti-sticking traction belt connecting rod 265 is installed on the fixed block 264, one end of anti-sticking traction belt 27 is installed on the connecting rod 265, the other end is installed in hopper 21 bottom outside, drive when stirring plate and stirring in the hopper copper pipe stirring cylinder, the anti-sticking traction belt is action simultaneously under the drive of stirring cylinder, further the copper pipe of rubbing hopper bottom.
Side at hopper 21 is equipped with transparent cover plate 213, the end of the biside plate 212 of hopper 21 is provided with the installing hole (not shown), the magnet (not shown) is installed in the hole, the both sides of transparent cover plate 213 are equipped with can insert in the installing hole and can be by the pin 2131 of attraction, the magnetic of side plate installing hole internal magnet can hold the pin that is arranged on the transparent cover plate both sides, to realize transparent cover plate being installed on hopper quick release transparent cover plate when therefore in hopper, special status occurring.
In like manner, side at V-type hopper 22 is equipped with cover plate 223, the end of the biside plate 222 of V-type hopper 22 is provided with the installing hole (not shown), the magnet (not shown) is installed in the hole, and the both sides of cover plate 223 are equipped with can insert in the installing hole and can be by the pin (not shown) of attraction.The magnetic of the side plate installing hole internal magnet of V-type hopper can hold the pin that is arranged on the cover plate both sides, to realize cover plate being installed on V-type hopper quick release cover plate when therefore special status occurring in the V-type hopper.
As shown in Figure 1 to Figure 3, be provided with a cover lower screen cloth punching mechanism 3 at the following one division position of halving of corresponding copper tube blanking mechanism 2, this lower screen cloth punching mechanism 3 is installed on the top board 12 of a clamping 15 tops.
With reference to Fig. 8 to Figure 10, this lower screen cloth punching mechanism 3 comprises cylinder 31 and guide rail bearing 32, be equipped with on the support 1 hold out against the clamping corresponding with this lower screen cloth punching mechanism 3 hold out against cylinder 33, guide rail bearing 32 is provided with guide rail 321, slide block 34 is installed on the guide rail 321, slide block 34 can slide up and down along guide rail 321, wherein the output shaft of cylinder 31 is connected with slide block 34, and the output shaft of cylinder 31 can be connected by shaft coupling etc. with slide block, on slide block 34, be equipped with and be pressed into axle 35, the end that is pressed into axle 35 is equipped with collet 36, be pressed in the axle 35 and axially be provided with a through hole 351, through hole 351 is equipped with internal expanding axle 37, one end of internal expanding axle 37 may extend in the collet 36, be equipped with on the slide block 34 and can make the press-in device 38 that extends in the internal expanding axle spring chuck, when screen cloth is sent to the below of collet and collet when inserting in the screen cloth, press-in device is pressed into along slide block, promoting the internal expanding axle moves axially along being pressed into axle, the internal expanding the tip of the axis is pressed in the collet, make the collet spreading, the collet of spreading is stuck in the inwall of screen cloth, make screen cloth attached on the collet, cylinder action simultaneously makes to be pressed into axially and moves down, screen cloth is pressed into along copper pipe, press-in device return when being depressed into the precalculated position of copper pipe, the internal expanding axle resets, and collet resets, collet and screen cloth break away from, the cylinder return will be pressed into axle and extract out in copper pipe, repeat above-mentioned action again.
As shown in the figure, press-in device 38 comprises that one is pressed into cylinder 381, be pressed into and be connected with wedge shape pressed-in block 382 on the cylinder axis, wedge shape pressed-in block 382 contacts with the end of internal expanding axle 37, being pressed into cylinder makes the wedge shape pressed-in block be pressed into along slide block, the internal expanding axle is moved axially along being pressed into axle, and the internal expanding the tip of the axis is pressed in the collet, the collet spreading.
This lower screen cloth decompressor matches with other mechanism of molecule screen cloth assembling device, and screen cloth is assemblied in the lower end of copper pipe, and it has simple in structure, convenience operation.
Following one division position of halving that should lower screen cloth punching mechanism 3 is being provided with desiccant filling mechanism 4, and these desiccant filling mechanism 4 correspondences are arranged on the top board 12 of a clamping 15 tops.
As shown in Figures 1 to 4, desiccant filling mechanism 4 comprises that one is installed in drier hopper 42 on the top board 12 by turning cylinder 41, this drier hopper 42 is connected with the rotating shaft of index dial 14 by flexible axle 43, and drier hopper 42 is obliquely installed and with index dial 14 run-in synchronisms, the base circle of drier hopper 42 is evenly equipped with five measuring cup devices 43 corresponding with clamping, the import of measuring cup device 43 is communicated with drier hopper 42, top board 12 is provided with funnel 44 under the drier, funnel 44 belows are provided with desiccant filling mouth 45 under the drier, and funnel 44 is connected (not indicating pipeline among the figure) with desiccant filling mouth 45 pipelines under the drier.
With reference to Fig. 5 to Fig. 7, measuring cup device 43 comprises cup 431, axially be provided with a through hole 432 in the cup 431, measuring cup 433 is installed in the through hole 432, be provided with discharging pumping board installing hole 434 with through hole 432 quadratures in the bottom of cup 431, in the discharging pumping board installing hole 434 discharging pumping board 435 is installed, discharging pumping board 435 can move back and forth along discharging pumping board installing hole, discharging pumping board 435 is provided with a dumping pit 4351 corresponding with through hole 432, to copper pipe can drier the time, quantitatively be loaded in the measuring cup drier in advance, promoting the discharging pumping board again makes its dumping pit relative with the through hole of cup, drier is fallen in the copper pipe, thereby reach the purpose of quantitative filling drier in copper pipe.
For ease of the installation of measuring cup device 43 on drier hopper 42, be pivoted with measuring cup pintle hook lock 421 in the bottom of drier hopper 42, the bottom of drier hopper 42 is equipped with spring 422, one end of spring 422 is connected with an end of measuring cup pintle hook lock 421, cup 431 is provided with the chimb 4311 that cooperates with measuring cup pintle hook lock 421, measuring cup device need only be inserted in the hole that is arranged on the drier hopper base plate during assembling, again the measuring cup pintle hook lock is stuck on the chimb of cup, otherwise, during the dismounting measuring cup device, rotation measuring cup pintle hook lock is removed its chimb from cup and is got final product.
As shown in the figure, measuring cup 433 is connected with through hole 432 inner threads, cup 431 is provided with the volume adjustment window 4312 that is communicated with through hole 432, annular is provided with some adjustment holes 4331 on the measuring cup 433, wherein have at least two adjustment holes to be positioned at volume adjustment window 4312, can regulate the position of measuring cup in through hole by adjustment hole like this, thereby regulate the consumption of drier, to satisfy the needs of different molecular sieve the drier consumption.
In the cup 431 of discharging pumping board installing hole 434 both sides, be equipped with guide pillar 436, the two ends of guide pillar 436 are connected with discharging pumping board 435 by fixed block 4361, wherein on the guide pillar between a fixed block and the cup back-moving spring 4362 is installed, the promotion cylinder 437 that promotes the discharging pumping board is installed on top board 12, promote cylinder action pushing tow discharging pumping board during discharging, make dumping pit relative with the through hole of cup, drier falls in the copper pipe, reaches the purpose of quantitative filling drier in copper pipe; Can pusher dynamic air cylinder return, the discharging pumping board automatically resets under action of reset spring, and the discharging pumping board blocks through hole.
Referring to figs. 1 through Fig. 3, following one division position of halving in corresponding desiccant filling mechanism 4 is provided with upper screen cloth punching mechanism 5, these upper screen cloth punching mechanism 5 correspondences are arranged on the top board 12 of a clamping 15 tops, this upper screen cloth punching mechanism 5 is identical with the structure of lower screen cloth punching mechanism 3, is not described further at this.
Two cover screen cloth turning transmitting mechanisms 6 are installed, to provide screen cloth to two cover screen cloth punching mechanisms respectively on support 1.
With reference to Figure 11 to Figure 13, screen stencil turning transmitting mechanism 6 comprises the turning device 63 that the anchor clamps 62 and of a screen cloth conveying device 61, a gripping screen cloth are connected with anchor clamps 62 and anchor clamps are flipped an angle, these anchor clamps 62 can adopt traditional manipulator, and the initial position of anchor clamps 62 is positioned at the output of screen cloth conveying device 61.
As shown in the figure, screen cloth conveying device 61 comprises a pedestal 611, be installed in the chute 612 on the pedestal 611 and be hinged on the supporting plate 613 of chute 612 ends, pedestal 611 is installed on the support 1, wherein the initial position of anchor clamps 62 is positioned on the supporting plate 613, first cylinder 614 is installed on pedestal 611, the output shaft of first cylinder 614 is connected with supporting plate 613, pedestal 611 is provided with slip guide pillar 615, be set with the back-moving spring (not shown) on the slip guide pillar 615, the two ends of slip guide pillar 615 are equipped with location-plate 616, wherein on the location-plate 616 baffle plate 6161 that can keep off in chute 612 is installed, one pushing tow bolt 6131 is installed in the end of supporting plate 613, but another fixed head of pushing tow bolt pushing tow when the output shaft of first cylinder 614 stretches out, the slip guide pillar is slided on pedestal, make baffle plate break away from chute, thereby make the screen cloth in the chute can be along the downward landing of chute.When needing behind the anchor clamps gripping screen cloth that anchor clamps are turn to punching mechanism when below, the cylinder axis retraction of first cylinder drives supporting plate and pivots along hinge, and the guide pillar that slides simultaneously resets under the effect of back-moving spring, baffle plate keeps off in chute, thereby in the chute of screen cloth retaining before baffle plate with the back.
As shown in the figure, turning device 63 comprises that one is installed in the rotating shaft 632 on the holder 631, holder 631 is installed on the top board 12, anchor clamps 62 are fixedly mounted in the rotating shaft 632 and can rotate with rotating shaft, at an end of rotating shaft 632 gear 633 are installed, and second cylinder 634 is installed on the holder 631, tooth bar 635 with gear 633 engagements is installed on the output shaft of second cylinder 634, can rotate by the rack drives gear during 634 actions of second cylinder, and then drive the rotating shaft rotation, make the anchor clamps upset.
Two corresponding with screen stencil turning transmitting mechanism respectively screen cloth ordering dishes 7 are installed, the chute 612 corresponding connections of screen cloth ordering dish 7 and screen stencil turning transmitting mechanism 6 on support 1.
The workpiece principle of this screen stencil turning transmitting mechanism is: screen cloth 8 along the chute landing to blade position, anchor clamps (manipulator) are clamped the screen cloth on the supporting plate, this moment, the cylinder axis of first cylinder bounced back, driving supporting plate pivots along hinge, the guide pillar that slides simultaneously resets under the effect of back-moving spring, the baffle plate retaining is in chute, in the chute of screen cloth retaining before baffle plate with the back, the cylinder axis of second cylinder stretches out simultaneously, rack drives gear mounted thereto when the cylinder axis of second cylinder stretches out rotates, and then rotating shaft is rotated, driving anchor clamps when rotating shaft is rotated rotates synchronously, thereby the below of punching mechanism will be delivered to behind the screen stencil turning on the anchor clamps, and screen cloth is placed the end of the collet of punching mechanism, again by punching mechanism make screen cloth attached to after on the collet with the screen cloth punching press in copper pipe, therefore can realize upwards sieve mesh punching mechanism and lower screen cloth punching mechanism automatic transport screen cloth, to satisfy the screen cloth needs of assembling automatically.
Operation principle of the present utility model is: at first copper pipe is placed in the clamping of this cutting agency below by copper tube blanking mechanism, servomotor drives the angle that index dial rotates a five equilibrium, the clamping that copper pipe is housed is turned to the below of lower screen cloth punching mechanism, the lower screen cloth punching mechanism will pass over and will be installed in bottom in the copper pipe attached to the screen cloth punching press on the lower screen cloth punching mechanism from screen stencil turning transmitting mechanism, servomotor drives the angle that index dial rotates a five equilibrium more then, punching press there is the copper pipe of lower screen cloth turn to the below of desiccant filling mechanism with clamping, desiccant filling mechanism with the quantitative desiccant filling in the measuring cup device in copper pipe, servomotor drives the angle that index dial is rotated further a five equilibrium, make this clamping turn to the below of upper screen cloth punching mechanism, the upper screen cloth punching mechanism will pass over and will be installed in top in the copper pipe attached to the screen cloth punching press on the upper screen cloth punching mechanism from screen stencil turning transmitting mechanism, final servo driven by motor index dial is rotated further the angle of a five equilibrium, the molecular sieve that assembles unloads from dumping pit, clamping after the discharging turns to initial station with index dial, index dial is cycle operation under the driving of servomotor, when a station carried out the assembling of an operation to the copper pipe that is positioned at this station clamping, the assembling of corresponding operation was carried out in other station contraposition simultaneously interior copper pipe of clamping thereon.
The utility model is integrated in operations such as the copper pipe blanking in the molecular sieve assembling, lower screen cloth assembling, desiccant filling, upper screen cloth assembling, discharging on the equipment, and control the operation of each processing apparatus automatically by control system, thereby reduced the input of molecular sieve assembly equipment, be convenient to operation, the utility model can improve the efficiency of assembling of molecular sieve by control running continuously automatically.
Claims (12)
1. a molecular sieve assembling device is characterized in that it comprises a support, by column top board is installed on the support, and index dial is installed on the support, and annular is evenly equipped with some clampings on the index dial, is provided with discharge bucket in the support; One copper tube blanking mechanism, this copper tube blanking mechanism correspondence is installed on the top board of clamping top, it comprises hopper and V-type hopper, hopper is provided with discharging opening, the import of V-type hopper is corresponding with the discharging opening of hopper, and hopper is provided with and pushes the material-pulling device of V-type hopper with being loaded on copper pipe in the hopper; Two cover screen cloth punching mechanisms, described sieve mesh punching mechanism correspondence is installed on the top board of two clamping tops, it comprises cylinder and guide rail bearing, guide rail bearing is provided with guide rail, slide block is installed on the guide rail, the output shaft of described cylinder is connected with slide block, be equipped with on the slide block and be pressed into axle, the end that is pressed into axle is equipped with collet, be pressed into the internal expanding axle is installed in the axle, one end of internal expanding axle may extend in the collet, is equipped with on the slide block to make the press-in device that extends in the internal expanding axle spring chuck, and the cylinder that holds out against that holds out against the clamping corresponding with two sieve mesh punching mechanisms is installed on the support; One desiccant filling mechanism, correspondence is arranged on the top board of clamping top, it comprises that one is installed in drier hopper on the top board by turning cylinder, the drier hopper be obliquely installed and with index dial run-in synchronism, the base circle of drier hopper is evenly equipped with the some measuring cup devices corresponding with clamping, the import of measuring cup device is communicated with the drier hopper, and top board is provided with funnel under the drier, and the funnel below is provided with the desiccant filling mouth under the drier; Two cover screen cloth turning transmitting mechanisms, it is installed in respectively on the support, to provide screen cloth to two sieve mesh punching mechanisms respectively.
2. a kind of molecular sieve assembling device according to claim 1 is characterized in that described material-pulling device comprises a pusher cylinder, and a fixed head is installed on the pusher cylinder axis, and the charging ram that extends in the hopper is installed on the fixed head.
3. a kind of molecular sieve assembling device according to claim 1, it is characterized in that being equipped with on the hopper copper pipe agitating device, described copper pipe agitating device comprises that one stirs cylinder and somely is hubbed on the hopper and an end may extend to stirring plate in the hopper, and the other end of described stirring plate is connected with the stirring cylinder axis by connecting axle; Described hopper inner bottom part is equipped with the anti-sticking traction belt, and the two ends of described connecting axle are equipped with fixed block, and anti-sticking traction belt connecting rod is installed on the fixed block, and an end of anti-sticking traction belt is installed on the connecting rod, and the other end is installed in the feed hopper bottom outside.
4. a kind of molecular sieve assembling device according to claim 1, a side that it is characterized in that described hopper is equipped with transparent cover plate, the end of the biside plate of hopper is provided with installing hole, magnet is installed in the hole, and the both sides of transparent cover plate are equipped with can insert in the installing hole and can be by the pin of attraction; One side of described V-type hopper is equipped with cover plate, and the end of the biside plate of V-type hopper is provided with installing hole, and magnet is installed in the hole, and the both sides of cover plate are equipped with can insert in the installing hole and can be by the pin of attraction.
5. a kind of molecular sieve assembling device according to claim 1 is characterized in that described press-in device comprises that one is pressed into cylinder, is pressed into and is connected with the wedge shape pressed-in block on the cylinder axis, and the wedge shape pressed-in block contacts with the end of internal expanding axle.
6. a kind of molecular sieve assembling device according to claim 1 is characterized in that on the power shaft of described cylinder the stroke adjustment nut being installed.
7. a kind of molecular sieve assembling device according to claim 1, it is characterized in that described measuring cup device comprises cup, axially be provided with a through hole in the cup, measuring cup is installed in the through hole, the bottom of described cup is provided with the discharging pumping board installing hole with the through hole quadrature, in the discharging pumping board installing hole discharging pumping board is installed, the discharging pumping board can move back and forth along discharging pumping board installing hole, and the discharging pumping board is provided with a dumping pit corresponding with through hole; The bottom of described drier hopper is pivoted with the measuring cup pintle hook lock, and the bottom of drier hopper is equipped with spring, and an end of spring is connected with an end of measuring cup pintle hook lock, and cup is provided with the chimb that cooperates with the measuring cup pintle hook lock.
8. a kind of molecular sieve assembling device according to claim 7 is characterized in that described measuring cup is threaded with through-hole wall, and cup is provided with the volume adjustment window that is communicated with through hole, and annular is provided with some adjustment holes on the measuring cup.
9. according to claim 7 or 8 described a kind of molecular sieve assembling devices, it is characterized in that being equipped with guide pillar in the cup of described discharging pumping board installing hole both sides, the two ends of guide pillar are connected with the discharging pumping board by fixed block, wherein on the guide pillar between a fixed block and the cup back-moving spring is installed, the promotion cylinder that promotes the discharging pumping board is installed on the described top board.
10. a kind of molecular sieve assembling device according to claim 1 is characterized in that described screen stencil turning transmitting mechanism comprises the turning device that the anchor clamps and of a screen cloth conveying device, a gripping screen cloth are connected with anchor clamps and anchor clamps are flipped an angle; The screen cloth conveying device comprises a pedestal, be installed in the chute on the pedestal and be hinged on the supporting plate of chute end, the initial position of described anchor clamps is positioned on the supporting plate, first cylinder is installed on the described pedestal, the output shaft of first cylinder is connected with supporting plate, pedestal is provided with the slip guide pillar, be set with back-moving spring on the slip guide pillar, the two ends of slip guide pillar are equipped with location-plate, wherein on the location-plate baffle plate that can keep off in chute is installed, but another fixed head of output shaft pushing tow of first cylinder slides the slip guide pillar on pedestal.
11. a kind of molecular sieve assembling device according to claim 10, it is characterized in that described turning device comprises that one is installed in the rotating shaft on the holder, described anchor clamps are fixedly mounted in the rotating shaft and can rotate with rotating shaft, one end of rotating shaft is equipped with gear, second cylinder is installed on the holder, the tooth bar with gears engaged is installed on the output shaft of second cylinder.
12. a kind of molecular sieve assembling device according to claim 10 is characterized in that being equipped with on the described support two corresponding with screen stencil turning transmitting mechanism respectively screen cloth ordering dishes, the corresponding connection of chute of described screen cloth ordering dish and screen stencil turning transmitting mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201416149U CN201677162U (en) | 2010-03-24 | 2010-03-24 | Molecular sieve assembling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201416149U CN201677162U (en) | 2010-03-24 | 2010-03-24 | Molecular sieve assembling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201677162U true CN201677162U (en) | 2010-12-22 |
Family
ID=43342223
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201416149U Expired - Lifetime CN201677162U (en) | 2010-03-24 | 2010-03-24 | Molecular sieve assembling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201677162U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101804557A (en) * | 2010-03-24 | 2010-08-18 | 中山市科力高自动化设备有限公司 | Molecular sieve assembling device |
| CN104043962A (en) * | 2014-06-17 | 2014-09-17 | 无锡圣马科技有限公司 | Flat tube and cloud point assembling machine |
| CN110549102A (en) * | 2019-09-11 | 2019-12-10 | 荆州市水韵水务设备有限公司 | Automatic assembly device for wet water meter |
-
2010
- 2010-03-24 CN CN2010201416149U patent/CN201677162U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101804557A (en) * | 2010-03-24 | 2010-08-18 | 中山市科力高自动化设备有限公司 | Molecular sieve assembling device |
| CN101804557B (en) * | 2010-03-24 | 2011-09-21 | 中山市科力高自动化设备有限公司 | Molecular sieve assembling device |
| CN104043962A (en) * | 2014-06-17 | 2014-09-17 | 无锡圣马科技有限公司 | Flat tube and cloud point assembling machine |
| CN110549102A (en) * | 2019-09-11 | 2019-12-10 | 荆州市水韵水务设备有限公司 | Automatic assembly device for wet water meter |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101804557B (en) | Molecular sieve assembling device | |
| CN201936777U (en) | Automatic silver point riveting machine for incoming copper | |
| CN201677162U (en) | Molecular sieve assembling device | |
| CN211759765U (en) | Automatic assembling device for automobile wire harness connector | |
| CN108856564B (en) | Inductance pin shaping machine | |
| CN105707910B (en) | A kind of hawthorn is enucleated system | |
| CN110953846A (en) | Automatic drying device of PCB board | |
| CN109262088A (en) | A kind of automatic charging nut tapping device | |
| CN112441538A (en) | Three-piece top cover installation equipment for pop-top can | |
| CN209394104U (en) | A kind of automatic charging nut tapping device | |
| CN108655733B (en) | A kind of fluorescent lamp head assembly device and its assembly method | |
| CN101786548B (en) | Screen stencil turning transmitting mechanism | |
| CN114013092B (en) | Waste briquetting machine for machining | |
| CN109807409A (en) | A kind of foot prop automatic machining device | |
| CN109807691A (en) | A kind of foot prop circumferential direction transmission device | |
| CN209532911U (en) | Foot rest circumference conveyer | |
| CN214133818U (en) | Automatic feeding device of high-speed steel ball cold header | |
| CN214242783U (en) | Automatic feeding disc | |
| CN208306238U (en) | A kind of ice cream board stamping re-packs all-in-one machine | |
| CN210358047U (en) | Quick-frozen food packaging line with vibrating screening lifting structure | |
| CN201817096U (en) | Turning and delivering mechanism of screen mesh | |
| CN208495617U (en) | A kind of hoisting mechanism of punching machine material | |
| CN207823403U (en) | A kind of screening machine for precision metal pipe fitting | |
| CN206122603U (en) | Full -automatic wire rod former | |
| CN202518806U (en) | Driving mechanism for loading disc |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20101222 Effective date of abandoning: 20110921 |