CN2196101Y - Double chain conveyer for tubular material - Google Patents
Double chain conveyer for tubular material Download PDFInfo
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- CN2196101Y CN2196101Y CN 94213285 CN94213285U CN2196101Y CN 2196101 Y CN2196101 Y CN 2196101Y CN 94213285 CN94213285 CN 94213285 CN 94213285 U CN94213285 U CN 94213285U CN 2196101 Y CN2196101 Y CN 2196101Y
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Abstract
The utility model relates to a double chain conveyer for tubular material, which is mainly composed of a plurality of mold core rod assembly, two chains, a chain driving system, a guide slideway assembly and a combined machine frame, wherein, the mold core rod assembly is an independent unit that straddles on the chain plates of the double chains and is conveyed into a processing unit through the guide slideway so as to provide a conveying apparatus that connects each processing step in series to be a production line and does not humour the slowest processing unit in the conveying apparatus, which increases the production efficiency of processing tubular materials such as appearance coating, printing, gold stamping, etc. The utility model has the advantages of high processing speed, easily connection in series between two processing systems with different properties, simple manufacture of the conveyer, easy maintenance, etc.
Description
The utility model relates to the pipe conveyer, specifically a kind of with the mould core bar be inserted in the tubulose machining object hole, by the conveying of two synchronous driving chains and a plurality of slideways, the mould core bar that is inserted in pipe is transported to the station of spraying paint, printing station ... Deng spray paint with the application of being engaged in the pipe outside face, the pipe double chain type conveyer of the continous way of processed such as printing, gold stamping, baking vanish.
For a lot of pipe processing objects, usually need to bestow the processed of full appearance, because of can't its appearance of fixing, be engaged in processing so must be inserted in its internal diameter with the mould core bar, this mould core bar also can turn round, in order to complete all processing.
Through looking into, the device mode of the pipe appearance processing of commonly using roughly has following three types, is example with net surfaces printing machine printing pipe now, is illustrated in down:
A: single action conveyer: as shown in Figures 1 and 2, one round bar (11) with bearing (12) and bearing (13) anchor fitting on the machine frame (14) of screen printer (P) below, this round bar (11) provides the function of location and rotation for supporting tubulose machining object (19), because it has only a round bar (11), so afterwards in the intact machining object (19) of every seal, it must be resigned from office from round bar (11), second machining object (19) could continue to go up machinework; (as oven dry) then must be transferred on the mould heart round bar in the subsequent treatment system when desiring to carry out subsequent treatment as for finished working substance (19).This kind of device is used for the manually guided implement of a small amount of various production mostly, so claim the single action printer.
B: interlock conveyer: as shown in Figures 3 and 4, single-revolution calibrated disc (15) is arranged on the machine frame (14) of screen printer (P) below, the combination of some groups of round bars (11) and bearing (12) is set according to isodisperse on this calibrated disc (15) card, it supports seat (18) to be fixed on the machine frame (14), each round bar (11) but rotation, so that tubulose machining object (19) location and rotating function to be provided, also can revolve round the sun, with the purpose that reaches the circulation of many formworks heart round bar, rotates with the revolution of calibrated disc (15).Every processing primary feed one lattice of calibrated disc (15), forward and back material unit (16,17) then cooperate processing (P) action to carry out synchronously.This device provides the condition of quick production, but its round bar (11) limited amount, so speed of production still can't promote; (as oven dry) then must be transferred on the mould core bar in the following process system when carrying out following process as for finished work material desire, can't carry out on calibrated disc (15).
C: single chain-type continuous conveyor: shown in Fig. 5,6, some sprocket shafts of a reel chain (101) pile warp (102.103.104.105.106) constitute the close cycle path with some turning points; The half tone of one curved surface printing machine (P) places the position of the top of sprocket shaft (103) for printing processing; On the prolongation pin (111) of chain (101), a round bar (11) (seeing also Fig. 6) is set, this round bar (11) is made up by support end (112) and width of cloth bearing (113), bearing seat (113) built-in bearing (not shown), bearing bore diameter is then sold (111) with the prolongation of chain (101) and is articulated, make round bar (11) prolong on the pin (111) and can freely turn round, tubulose machining object (19) then is placed in the support portion (112) of round bar (11) front end; Round bar (11) moves with work chain (101), every processing once, chain (101) just moves lattice, the moving direction of chain (101) is shown in arrow (←); Feed unit (16) and material returned unit (17) are synchronous with the action of work printer (P), are responsible for round bar support portion (112) is inserted in or is withdrawed to tubulose machining object (19); This kind of chain converyer system designs at the following process (as oven dry) of printing back, because its length can be very long,, directly in same board, dries so a baking box (Fig. 5 18) can be set, and promptly the product of finishing after the material returned, so the usefulness of suitable stock production.
Above-mentioned three kinds of conveyers, conclude and get up to have following shortcoming:
1. speed of production is restricted: above-mentioned three types have a common feature, promptly be round bar and bearing set system by device in machining cell system the inside, be example with the chain-type feedway of commonly using of Fig. 5.Though it has the on-cycle function, but follow set path making synchronous interlock forever, three machining cells on its path: feed unit (16), machining cell (P), material returned unit (17) (as shown in Figure 5), it whenever finishes the period of time processing action, the three must be identical, if on the time when variant, must yield to the slowest person wherein, with tubulose machining object (19), the slowest person feed unit (16) often wherein, because tubulose machining object (19) when the support end that is inserted in round bar (11) (112), must have accurate in locating and stable propelling movement action, so speed is the slowest.
2. the series connection for continuous multi-pass system of processing can't reach: as mentioned above, because of round bar (11) is to be limited in a system the inside, when tubulose machining object (19) is enclosed within round bar (11) in a certain system when going up, can only be in this system cyclic process, if when having multiple tracks work programme of different nature to implement continuously (as bestowing the printing decorative pattern after spraying paint again), just must back off by the mould core bar of this system, transfer on the round bar of another system, the action of the upper and lower material of central increase quite bothers again.
3. manufacturing cost is higher: with the chain conveyor of commonly using shown in Figure 5, because of round bar (11) is to be hubbed on the prolongation pin (111) of chain (101) by bearing, this kind has the chain that prolongs pin to have made to order, so cost is higher; Moreover round bar (11) is by the second order cylinder combination of support end (112) with bearing seat (113), and the footpath is that the also necessary car system of fitted bearing is accurate within the bearing seat (113), because of car system is difficult for so manufacturing cost is higher.
4. assembly cost is high and be difficult for: with Fig. 5, the chain conveyor of commonly using shown in Figure 6, the quantity of round bar (11) often has nearly thousand, the length of chain (101) is very long, and the requirement of the parallelism of every round bar (11) is very accurate, otherwise influence the action of forward and back material in the future and add the quality in man-hour, so quite bother the high and difficult assembling of assembly cost during assembling.
In view of this, the utility model is taken into account synchronism, the harmony of each processed speed of pipe and advance and retreat material time, provide a kind of each manufacturing procedure (as to impose chromaticity printing, oven dry after spraying paint again, loading and unloading ... .) be connected into the feedway of a manufacturing line, just back off until finishing product from the mould core bar, and can not yield to wherein the slowest machining cell to improve speed of production (efficient), this is this practical main purpose.The mould core bar group of the utility model is an independent individual, needn't be installed on the prolongation pin of chain, makes or assembly cost just reduction naturally, and this is another purpose of the utility model.
A kind of pipe double chain type conveyer of the utility model mainly is the mould core bar group by some quantity, two chains, and a chain drive system, a guiding Slide Group and combined frame are formed, and it is characterized in that:
The mould core bar group system of some quantity is the embossing one that axle is formed of multistage and hollow by the roller, that a rod end is the cylinder body of rod of cone, all right one way or the other installing bearing, and its roller is placed on two chains;
Two chain cordings have proper width roller chain side by side, and some imput shaft, the drive sprocket on the driven axle and idle pulleys that vertically are based in the side of combined frame of pile warp side by side;
One combined frame system is made up of the main engine bed of general L-shaped section and the prolongation board of general L-shaped section;
One chain drive system system is installed in main engine bed by the imput shaft of the indexing mechanism of one group of tool gear motor, one group of appropriate location, side that vertically is installed in main engine bed and drive sprocket, array and prolongs the driven axle of side of board and the adjusting mechanism of idle pulley, the adjustment of array driven axle is formed;
Several guiding slideways systems generally be down L shaped and above establish the long slab different in size of two grooves, be installed in the frame side for the roller that holds mould core bar group, for carrying mould core bar group to enter the processed unit; Several outside jacket plates systems are installed in the frame side of chain transformation place respectively; The above-mentioned composition of mat, the manufacturing line that provides each processed unit strings to be unified into the processing of a pipe outside face, and can not yield to the slowest processed unit of its medium velocity, to improve pipe production efficiency person.
Wherein the roller of this mould core bar group is limited to the interior person of carrier bar of chain.
Wherein array is positioned at the chain stay bearing plate of chain below, generally is down L shaped rectangular plate, has the longitudinal rib person of two projectioies on its end face.
Wherein weak point circular shaft of these idle pulley cording two ring-type fins and hollow, and the width of this two fin and spacing are equal to the width and the spacing person of the roller of mould core bar group.
Wherein this adjusting mechanism system by the L-shaped parallel strip of two sections with screw is formed and screw lock forms an adjustment space in the frame side and push down the end face person of the planar axes of driven axle.
Wherein the local surfaces of this embossing axle forms profile of tooth body person.
Wherein this frame also can prolong a board and a main engine bed makers-up by many.
Wherein this embossing axle front end also can be installed miniature gears, to replace profile of tooth body person.
A soft barrier sheet, the gradient person in this barrier sheet the place ahead are established in the cover plate below outside wherein in this gyrostat.
The utlity model has following advantage and benefit.
1. process velocity improves: carry out because of the action of machining cell (P) and feed unit (16), material returned unit (17) separates, its cycle is also inequality, so process velocity can be brought up to the upper limit, moves and does not catch up with and be afraid of charging.
2. two systems of processing of different nature are connected easily: because the mould core bar group (2) of this creation is can be independently movable, utilize chain (3) and the arrangement of guiding slideway (5), can reach the series connection between each system of processing, because main engine bed (62) has associativity with prolongation frame (63), series connection is very easy to.
3. the making of machine is simple, and maintenance is easy: because mould core bar group (2) is an independent individual, the making of each mould core bar group (2), assembling are than being easier to (needn't be assembled together with chain (3)); The replacing of mould core bar (2) is also than being easier to (promptly replaceable in the middle of machine operation); And chain (3) is to adopt ready-made commercially available roller chain, must not have made to order.
Combine it, the value on the really dark tool industry of the utility model has the gain effect of improvement really for traditional located by prior art of pipe appearance processing.
Below will be explained orally with preferable two embodiment of the utility model, and further specify how to be connected into a complete manufacturing line, only the following stated person only explains preferred embodiment of the present utility model, but not limit the utility model according to this, be to have following work of identical creation spirit all must belong to the category of the utility model about any modification of the present utility model with all.
The diagram part:
The lateral plan of single action feedway is commonly used by Fig. 1 system.
The front elevation of single action feedway is commonly used by Fig. 2 system.
The lateral plan of interlock feedway is commonly used by Fig. 3 system.
The front elevation of interlock feedway is commonly used by Fig. 4 system.
The front elevation of single chain conveyor is commonly used by Fig. 5 system.
The block diagram of the chain device round bar of single chain conveyor is commonly used by Fig. 6 system.
Fig. 7 is the front elevation of the utility model series connection screen printer.
Fig. 8 is the front elevation that the utility model series connection is sprayed paint and handled.
Fig. 9 is the block diagram of the utility model main engine bed.
Figure 10 is the block diagram of Fig. 7 turning point.
Figure 11 is the block diagram that prolongs board.
Figure 12 is the section-drawing of the utility model mould core bar group.
Figure 13 is another embodiment of the utility model mould core bar group.
Figure 14 is the a-a section-drawing of the utility model Fig. 7.
Figure 15 is the front elevation of Figure 14.
Figure 16 is the b-b section-drawing of the utility model Fig. 7.
Figure 17 is the section-drawing of the utility model Fig. 7 at the guiding slideway.
Figure 18 is the connect front elevation of two systems of processing of the utility model.
Figure 19 is the rubbed scheme drawing of rotation of the utility model mould core bar group.
Figure 20 is another embodiment of the utility model gyrostat.
See also shown in Fig. 7,8, the utility model is made up of the mould core bar group (2) of some quantity, two chains (3), a chain drive system (4), a guiding skid assemblies (5) and combined frame (6); Wherein:
This mould core bar group (2), (see also Fig. 9, shown in Figure 12) be the cylinder body of rod (201) that is cone (202) by a rod end, all right one way or the other installing bearing (204) and width are the roller (203) of (W), the one embossing axle (205) that is multistage and hollow is formed, mat C shape clasp (206), screw (207) forms and forms one between one and two rollers (203) suitably apart from (d), (seeing also Figure 14) and the center of gravity that makes this mould core bar group (2) put pipe (19) back are positioned at the distance (d) of two rollers (203) in the carrier bar (31) that can place two chains (3) in order to do the roller (203) that makes this mould core bar group (2) and the roller (32), with held stationary conveying and rolling.
Friction force improves increasing the rotation of this mould core bar group (2) in the embossing of the embossing axle (205) of this mould core bar group (2) system, after its associated mechanisms is illustrated in; For the accurate trapping printing of pipe (19), the local surfaces of this embossing axle (205) can be made into profile of tooth body (208), sees also Figure 13 again, to provide accurate engagement contraposition so that trapping printing.This embossing axle front end also can be installed miniature gears to replace the profile of tooth body.
This two chain (3) cording has suitable distance (d) roller chain side by side, (seeing also Figure 14).And the transmission shaft (seeing also Fig. 7 .8.9.10.11) of the chain drive system (4) of the some sides (61) that vertically protrude in combined frame (6) of pile warp side by side, form the circulating path (seeing also Fig. 7 and 8) of a tortuous band shape, circulation route is optionally expanded to be prolonged as shown in figure 18.
This combined frame (6) is to be made up of the prolongation board (63) of the main engine bed (62) of general L-shaped section and general L-shaped section, and the multi-section assembling is to prolong the circulation route of chain (3) continuously; Side (61) the installing guiding slideway (5) of this frame (6), the transmission shaft and the chain (3) of chain drive system (4) are in its relevant position device net printing machine (p), feed unit (16), material returned unit (17), baking box (18) or paint spray equipment (P3) etc.; This combined frame (6) also can be made up of a main engine bed (62) and many prolongation boards (63), as shown in figure 18.
This chain drive system (4) (Fig. 9) includes: one group by gear motor (M) and the indexing mechanism (M1) of screw (R1) screw lock in main engine bed (62); One vertically is installed in the imput shaft (41) of the appropriate location, side (61) of main engine bed (62), but two drive sprockets (410) of installing chain drive-belt (3) and be engaged in the gear (indicate) of power output gear (M2) on it; Array is installed in main engine bed (62) and prolongs driven axle (42.43.44.45.46) and the idle pulley (420.430.440.450.460) and the adjusting mechanism (48) of the side (61) of board (63) according to chain (3) circulation route, (seeing also Fig. 7 .8.9.10.11), for the position of adjusting chain (3) elasticity and fine setting chain (3) circulation route, (its adjusting mechanism is illustrated in the back); The chain stay bearing plate (47) that array is positioned at chain (3) below hangs down under the chain (3) preventing.
See also Figure 14,15, this chain stay bearing plate (47) section generally is down L shaped rectangular plate, the longitudinal rib (470) that has two projectioies on its end face, its side (471) locks in admittedly with screw (R2) on the side (61) of mainframe (62), its gradient then cooperate chain (3) and inclination decide; The width (W3) of this longitudinal rib (470) is slightly less than between the carrier bar (31) of chain (3) apart from (U), so that the chain distance between plates (U) of chain (3) places on the longitudinal rib (470), and make roller (32) be in contact with it with the constraint chain (3) follow the track of its straight line and prevent that chain (3) is sagging; The distance (d3) of chain stay bearing plate longitudinal rib (470) is same as the distance (d) of two chains (3) or is same as the distance (d) of two rollers (203) of mould core bar group (2), to limit vacillating of two chains (3).The roller (203) of this mould core bar group (2) is limited to carrier bar (31) and touches the roller (32) of chain (3) again, forming mould core bar group (2) supports as being placed in the V-shaped groove, and this roller (203) external diameter (φ) is equal to the pitch (P) of chain (3), two rollers (203) are to contact with each other in Figure 15, have the degree of freedom restriction of three aspects, form a stable location; So mould core bar group (2) can moving with chain (3) after being inserted in pipe (19).
See also Figure 16, the mechanism (48) of adjustment chain (3) tightness of this driven axle (42-46) and dead pulley (420-460) (being example with driven axle (42) and dead pulley (420) now) is after being illustrated in.The weak point circular shaft of this idle pulley (420) cording two ring-type fins (421) and hollow, wherein the width (W2) of this ring-type fin (421) and spacing (d2) equal the width (W) and spacing (d) of the roller (203) of mould core bar group (2); Be sheathed on the bearing axle (423) of driven axle (42) again in this idle pulley (420) behind the installing bearing (422) and with C shape clasp (426) with location idle pulley (420); The tail end of this driven axle (42) establishes a threaded shaft (425) and a circumference mills the planar axes (424) of two planes as locking positioning, afterwards, the threaded shaft (425) of this axle (42) passes last long slot bore (610) back, the side (61) of frame with nut (427) screw lock; At this moment,, promptly between fin (421) and chain roller (32) when gapped, must be tightened chain (3), then be adjusted with adjusting mechanism (48) if the annular protruding rib (421) of idle pulley (420) is not if hold out against chain (3); This adjusting mechanism (48) is made up of two parallel strips (480) and screw (481), the L-shaped parallel strip (480) of this section forms an adjustment space (482) with screw (481) screw lock and pushes down the end face of planar axes (424) in the side (61) of board, owing to adjust space (482) greater than planar axes (424), allow driven axle (42) to move for the tightness that holds out against chain (3).
This guiding skid assemblies (5), see also Fig. 7,8,9, shown in 10, (51-58) is different in size in respect of slideway, cut the side (61) that suitable length is installed in frame according to service condition, see also Figure 17, this skid assemblies (51) is that section generally is down L shaped long lath, be provided with two grooves (510) above it, the width (W) of width of this groove (510) and spacing distance mating die core bar group (2) and distance (d), so that holding roller rolls in groove (510), the side (511) of this slideway (51) locks in the side (61) of machine frame (6) admittedly with screw (R3), and its gradient is to decide with distance on two processed equipment or the height between the chain of desiring cross-over connection, for carrying mould core bar group (2) to enter in the processed unit.
See also shown in Figure 10, one guiding slideway (51) is inclined in the height turning point of chain (3), when mould core bar group (2) is delivered to driven axle (42) turning, the embossing axle (205) of mould core bar group (2) promptly contacts the tongue (512) of tool acute angle and accepts and step up slideway (51), and roller (203) also enters groove (510) thereupon, rolls into the rotary disk (F) of wire mark machine (P) with the work gradient; Finish when processed, rotary disk (F) rotates, push it to the pitch that slides into the carrier bar (31) of chain (3) under the groove (520) of slideway (52), because of the space of groove (520) corresponding to the carrier bar (31) of chain (3), (seeing also Figure 10,14,15), what mould core bar group (2) was very firm is carried by chain (3).
Several outside jacket plates (33) are the frame side that is installed in chain (3) turning respectively, and its radian system cooperates the curvature of turning place formation, can go along its bend to keep mould core bar group (2); (seeing also Fig. 8), the circumference tool annular recess of gyrostat (49) has independent motors (not indicating) transmission; Because friction outside jacket plates (34) is to be same as shape outside the outside jacket plates (33) and to have the soft thing of an arc to touch the embossing axle (205) of mould core bar group (2) in it, when gyrostat (49) rotates, tired friction force impels the rotation of the cylinder body of rod (201), and the lacquer that spray gun (P3) is sprayed just is sprayed on pipe (19) circumference that is enclosed within the cylinder body of rod (201); This is the embossing effect of embossed wheel (205); In addition, see also Figure 19, the friction wheel (F2) of wire mark machine (P) makes embossing axle (205) and the cylinder body of rod (201) rotation by thereafter motor driven, in order to wire mark.
Seeing also Figure 20, is another embodiment of the utility model gyrostat.Gyrostat (49) has a wheel rim (C), the edge (B) that cooperates slideway (56), outside jacket plates (34) accept place (341), be connected to track (56), establish a soft barrier sheet (E) on it, stop mould core bar (2) directly to roll out, must gyrostat (49) rotation just can roll out, this barrier sheet (E) the place ahead gradient (D) imports in order to mould core bar (2).
The composition of nationality said elements illustrates that with the embodiment shown in Fig. 7,10 operation situation is as follows now:
A: two chains (3) pile warp each (41.42.44.45.46) forms circulating path as shown in the figure, follows the direction operation of arrow.Mould core bar group (2) arrangement of some quantity places this circulating path cylindrical and agrees with mutually with two chains (3), can be transmitted with moving of work chain (3).Company's row of chain (3) adopts intermittent operation, transmits the mould core bar group (2) (being set at 5 in this example) of some forward at every turn
B: position in driven axle (42), the strength that mould core bar group (2) is transmitted by chain (3) is pushed toward guiding slideway (51), two rollers (203) of mould core bar group (2) enter the guide groove (510) of slideway (51) smoothly, roll into toward machining cell (P) along the work slope.
C: its periphery of circular index dish (F) under the machining cell (P) such as is provided with at the edge arc breach (Q) of branch, the circular arc curvature of this breach (Q) equals the curvature of mould core bar group (2) roller (203), so when mould core bar group (2) rolls downward and circular index dish (F) when contacting, can be accepted by this breach (Q), and arrive Working position (under the web plate P1 of machining cell P) with the rotation of circular index dish (F); In this position, be provided with a plate washer (F1) on the circular index dish (F), be close to the roller (203) of mould core bar group (2), it acts on and clamps this roller (203) to be fixed in the breach (Q), when forcing in the tubulose machining object (19) on the support end of this mould core bar group with convenient web plate (P1) as screen printer (P) and scraper (P2), disengaging in the unlikely breach of this mould core bar group (2) (Q) from circular index dish (F); When curved surface screen printer (P) when doing the printing action, circular index dish (F) is motionless, to guarantee the location of mould core bar group (2), and its of every processing be feeding once, that is adopt the batch (-type) feeding, it is constructed as Fig. 3 or the circular index dish (15) of commonly using the interlock printer shown in Figure 4.
D: electronic eye response counting machine (L) can be responded to mould core bar group (2) number of times that passes through on the circular index dish (F), when arriving the setting number, promptly sends a signal to chain drive mechanism (4), the action of notifying it to advance.
E: finish of the rotation of the mould core bar group (2) of processing, tumble to slideway (52), drop on the chain (3), combine once more, continue to be transferred into next machining cell with chain (3) along the work slope with work circular index dish (F).
Through above-mentioned transmission course, mould core bar group (2) circulates endlessly in this system, tubulose machining object (19) is then gone through feed unit (16), and machining cell (P), oven dry processing unit (18), material returned unit peripheral equipments such as (17) are handled and finish time processing.In the whole circulation process, forward and back material unit (16,17) is to cooperate the feeding of chain (3) and move (as pushing cylinder, figure does not show), chain (3) pause during, this forward and back material unit (16,17) is at every turn with 5 tubulose machining object (19) mould core bar group (2) that puts simultaneously, backs off; The feeding of the mould core bar group (2) of machining cell (P) then is to be supplied with by guiding slideway (51), a formwork core bar group (2) is once promptly extracted in the every feeding of its circular index dish (F), when full 5 times of processing, electronic eye response counting machine (L) is promptly notified chain (3) action, and chain (3) transmits 5 formwork core bar groups (2) immediately and enters slideway (51); Slideway (52) partly then accumulation several formwork core bar groups (2) are arranged, be close to the last mould core bar group (2) of chain (3) of its lower edge by deadweight, when chain (3) was mobile, this went here and there mould core bar group (2) i.e. downslide in regular turn, and steps up chain (3).
Because the action of forward and back material is divided into two kinds of systems with processing action and carries out, make the aforementioned chain-type feedway of commonly using influence the shortcoming that process velocity can't accelerate because of charging action is more consuming time and improved, for example processing action (P) per second can be handled a formwork core bar group (2), and charging (16) action wanted just can finish once in 3 seconds, if must be the cycle of time processing with 3 seconds then in the mode of commonly using.If in mode of the present utility model, 5 of the every processing of machining cell (P) are spent 5 seconds, and chain (3) just moves once (transmitting 5) at every turn, that is the action cycle of chain (3) is 5 seconds, the standing time of charging in 5 seconds (16) 3 seconds, then 2 seconds delivery times were that Zhuo Zhuo has a surplus.The charging action can have 3 seconds time to carry out under this running, carries out but process velocity is 1 of a per second, and this promptly is the reason why the utility model mould core bar group feedway can improve speed of production.
Claims (9)
1, a kind of pipe double chain type conveyer, its principal character is:
The mould core bar group system of some quantity is the embossing one that axle is formed of multistage and hollow by the roller, that a rod end is the cylinder body of rod of cone, all right one way or the other installing bearing, and its roller is placed on two chains;
Two chain cordings have suitable distance roller chain side by side, and some imput shaft, the drive sprocket on the driven axle and idle pulleys that vertically are based in the side of combined frame of pile warp side by side;
One combined frame system is made up of the main engine bed of general L-shaped section and the prolongation board of general L-shaped section;
One chain drive system is installed in main engine bed by the imput shaft of the indexing mechanism of one group of tool gear motor, one group of appropriate location, side that vertically is installed in main engine bed and drive sprocket, array and prolongs the driven axle of side of board and the adjusting mechanism of idle pulley, the adjustment of array driven axle is formed;
Several guiding slideways systems generally be down L shaped and above establish the long slab different in size of two grooves, be installed in the frame side for the roller that holds mould core bar group, for carrying mould core bar group to enter the processed unit; Several outside jacket plates systems are installed in the frame side at chain turning respectively; The above-mentioned composition of mat, the manufacturing line that provides each processed unit strings to be unified into the processing of a pipe outside face, and can not yield to the slowest processed unit of its medium velocity, to improve pipe production efficiency person.
2, pipe double chain type conveyer according to claim 1 is characterized in that: wherein the roller of this mould core bar group system is limited to the interior person of carrier bar of chain.
3, pipe double chain type conveyer according to claim 1, it is characterized in that: wherein array is positioned at the chain stay bearing plate of chain below, generally is down L shaped rectangular plate, has the longitudinal rib of two projectioies on its end face.
4, pipe double chain type conveyer according to claim 1 is characterized in that: wherein weak point circular shaft of these idle pulley cording two ring-type fins and hollow, and the width of this two fin and spacing are equal to the width and the spacing of the roller of mould core bar group.
5, pipe double chain type conveyer according to claim 1 is characterized in that: wherein this adjusting mechanism system by the L-shaped parallel strip of two sections with screw is formed and screw lock forms an adjustment space in the frame side and push down the end face of the planar axes of driven axle.
6, pipe double chain type conveyer according to claim 1 is characterized in that: wherein the local surfaces of this embossing axle forms the profile of tooth body.
7, pipe double chain type conveyer according to claim 1 is characterized in that: wherein this frame also can be made up of many prolongation boards and a main engine bed.
8, pipe double chain type conveyer according to claim 1 is characterized in that: wherein this embossing axle front end also can be installed miniature gears, to replace the profile of tooth body.
9, pipe double chain type conveyer according to claim 1 is characterized in that: a soft barrier sheet is established in the cover plate below outside wherein in this gyrostat, and this barrier sheet the place ahead is gradient.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94213285 CN2196101Y (en) | 1994-06-06 | 1994-06-06 | Double chain conveyer for tubular material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94213285 CN2196101Y (en) | 1994-06-06 | 1994-06-06 | Double chain conveyer for tubular material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2196101Y true CN2196101Y (en) | 1995-05-03 |
Family
ID=33829889
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 94213285 Expired - Fee Related CN2196101Y (en) | 1994-06-06 | 1994-06-06 | Double chain conveyer for tubular material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2196101Y (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101927510A (en) * | 2010-09-01 | 2010-12-29 | 天津成科传动机电技术股份有限公司 | Automatic loading machine for pipes |
| CN105858090A (en) * | 2016-05-28 | 2016-08-17 | 苏州龙雨电子设备有限公司 | Intermittent feeding line |
| CN106276754A (en) * | 2016-10-28 | 2017-01-04 | 贵州长康农业生态科技有限公司 | A kind of fill red raspberry pulp or the drive mechanism of health promoting wine |
| CN107150881A (en) * | 2016-03-02 | 2017-09-12 | 椿扬食品机械有限公司 | The glutinous conveyer belt of Fryer releasing and its conveying bar |
| CN109607060A (en) * | 2018-11-16 | 2019-04-12 | 合肥工业大学 | A kind of chain assemblies and big granularity material sorting chain conveyer conveying device |
| CN112141664A (en) * | 2020-10-22 | 2020-12-29 | 陈胜祥 | Circulating type vertical discharging logistics stacking device |
-
1994
- 1994-06-06 CN CN 94213285 patent/CN2196101Y/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101927510A (en) * | 2010-09-01 | 2010-12-29 | 天津成科传动机电技术股份有限公司 | Automatic loading machine for pipes |
| CN101927510B (en) * | 2010-09-01 | 2011-11-30 | 天津成科传动机电技术股份有限公司 | Automatic loading machine for pipes |
| CN107150881A (en) * | 2016-03-02 | 2017-09-12 | 椿扬食品机械有限公司 | The glutinous conveyer belt of Fryer releasing and its conveying bar |
| CN105858090A (en) * | 2016-05-28 | 2016-08-17 | 苏州龙雨电子设备有限公司 | Intermittent feeding line |
| CN105858090B (en) * | 2016-05-28 | 2019-02-01 | 苏州龙雨电子设备有限公司 | Intermittent feeding line |
| CN106276754A (en) * | 2016-10-28 | 2017-01-04 | 贵州长康农业生态科技有限公司 | A kind of fill red raspberry pulp or the drive mechanism of health promoting wine |
| CN109607060A (en) * | 2018-11-16 | 2019-04-12 | 合肥工业大学 | A kind of chain assemblies and big granularity material sorting chain conveyer conveying device |
| CN112141664A (en) * | 2020-10-22 | 2020-12-29 | 陈胜祥 | Circulating type vertical discharging logistics stacking device |
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| CF01 | Termination of patent right due to non-payment of annual fee |