CN204657959U - Bath water pipe automatically processing device - Google Patents
Bath water pipe automatically processing device Download PDFInfo
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- CN204657959U CN204657959U CN201520240501.7U CN201520240501U CN204657959U CN 204657959 U CN204657959 U CN 204657959U CN 201520240501 U CN201520240501 U CN 201520240501U CN 204657959 U CN204657959 U CN 204657959U
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Abstract
The utility model relates to automatically processing device field, particularly a kind of bath water pipe automatically processing device, it comprises the workbench being provided with slide rail, be located at the chuck machine on workbench, nine station pawl pincers that also comprising slides successively on slide rail is arranged, the left side of first station pawl pincers is provided with Scissoring device on the table, and be equipped with encapsulation device in the left side of two station pawl pincers and the right side of six station pawls pincers, combination unit and holding device is equipped with in the left side of three station pawl pincers and the right side of seven station pawls pincers, the left side of five station pawl pincers is on the table provided with transposer.The utility model has made cutting, encapsulation by transposer, has combined, has held out against and exchange to the water pipe other end with water pipe one end of chuck, and then repeat cutting, encapsulation, combine, hold out against and chuck, automatic exchange processing end, realize processing the full-automation of bath water pipe, improve automaticity.
Description
Technical field
The utility model relates to automatically processing device technical field, particularly a kind of bath water pipe automatically processing device.
Background technology
Need all to process the two ends of bath water pipe, install steel bushing, nut and copper core, existing market is all cutting manually, install steel bushing by hand again, nut being run through copper core makes nut be fixed on pipe inner wall again, steel bushing is clamped again by having chuck machine, then the operation of the water pipe other end is carried out in the operation before repeating again, this generic operation is substantially all rely on manual work, the quick demand in existing market cannot be met, how rapidly and efficiently and the equipment reducing again labour cost to carry out the full-automatic operation of water pipe be in the market the anxious technical issues that need to address.
Utility model content
The technical problems to be solved in the utility model proposes the high bath water pipe automatically processing device of a kind of automaticity.
For solving the problems of the technologies described above, the utility model adopts following scheme:
A kind of bath water pipe automatically processing device, comprise one is provided with slide rail from front to back workbench along himself length direction, be provided with the chuck machine for clamping steel bushing on the table, it is also included on slide rail and slides setting from front to back successively for transmitting the first station pawl pincers of water pipe, second station pawl pincers, 3rd station pawl pincers, 4th station pawl pincers, 5th station pawl pincers, 6th station pawl pincers, 7th station pawl pincers and the 8th station pawl pincers, the left side being positioned at the first station pawl pincers is on the table provided with one for cutting out the Scissoring device of certain length water pipe, and the right side in the left side and the 6th station pawl pincers that are positioned at the second station pawl pincers is on the table equipped with one for installing steel bushing to the encapsulation device on water pipe, and the right side in the left side and the 7th station pawl pincers that are positioned at the 3rd station pawl pincers is on the table equipped with first for nut being extracted the holding device that nut copper core and water pipe are connected by the combination unit and being used further to that is placed into copper in-core, the left side being positioned at the 5th station pawl pincers is on the table provided with one and carries out for the water pipe processed one end the transposer that replaces.
Above-mentioned transposer comprises the concave shape lower carrier plate be located on workbench, be located at the driving wheel in concave shape lower carrier plate groove, be located at the roller bearing on driving wheel, be located at the synchromesh gear on roller bearing, be located at the Timing Belt on synchromesh gear, be located at the side stand of workbench side, be located at the first driver on side stand, be located on the first driver and be laterally zygomorphic concave shape upper supporting plate with the center line of the 5th station pawl chela heart described in concave shape lower carrier plate and be located at driven pulley in concave shape upper supporting plate groove.
Above-mentioned concave shape upper supporting plate both sides are equipped with guide plate.
Above-mentioned Scissoring device comprises crop frame, supporting bracket, be provided with in crop frame to water pipe carry out cutting tube cutting mechanism and on supporting bracket, fix that a pair water pipe carry out cut to lengthen measure mechanism, described in measure mechanism and comprise and measure main support, be located at the drive measuring upper end, main support both sides, be located at the cogged belt of band on drive, be located at the slide rail measuring lower end, main support both sides, slide the slide block be arranged on described slide rail, upper end and belt are engaged and the synchronous pole that is fixedly connected with slide block of lower end inside mutually, one end is fixedly connected with described supporting bracket and the synchronization chain that is fixedly connected with synchronous pole of the other end, the fixed bar of synchronous pole lower end outside is located in upper end, be located at the pawl pincers of fixed bar lower end, described tube cutting mechanism comprises the holder that level is fixedly connected on described crop frame inwall, be located at the pressing block on holder, vertically run through through pressing block and be connected in the slide bar on holder, be located at the hilt of pressing block side, that is located at that cutting knife under hilt and front end face and described cutting knife lean goes out tube passage, and this axial line stating out the pawl heart that the center line of the outlet of tube passage and described pawl clamp is on same straight line, and described pawl pincers are provided with cylinder.
Above-mentioned encapsulation device comprises encapsulation support, this workbench front end is provided with one for clamping the gripping pliers of water pipe, and its rear end is provided with a fixed mount, described encapsulation support is fixedly connected with one for discharging the discharge rack of steel bushing, described fixed mount is provided with a valve rod for preventing steel bushing from dropping out from discharge rack, described discharge rack discharging opening lower end is provided with a slip and is arranged at slideway on workbench, sliding panel and the chuck pincers for clamping steel bushing, described slideway is fixedly connected on described workbench along the longitudinal direction, described sliding panel slides and is arranged on slideway, described chuck pincers are fixedly connected on sliding panel.
Above-mentioned combination unit comprises the sectional shelf-unit be located at from left to right successively on workbench, nut material loading track and copper core material loading track, described sectional shelf-unit is provided with the second driver, described second driver is provided with a drive plate, described drive plate is provided with the 3rd driver, the driving shaft of described 3rd driver is fixedly connected with a briquetting, the lower end of described briquetting is provided with backstay, and the upper end of this briquetting is provided with a L shape support plate, described L shape support plate is provided with four-wheel drive device, described four-wheel drive device is provided with clamping plate, the driving direction of described second driver and the end face horizontal direction parallel of workbench, the driving direction of described 3rd driver is vertical with the end face horizontal direction of workbench, the quantity of described clamping plate is two, and two clamping plate are symmetrical centered by the center line of described backstay, described clamping plate are provided with deep-slotted chip breaker towards backstay side.
Above-mentioned holding device comprises is located at fixed support on workbench and pressure pipe support, described fixed support is provided with dwang, this dwang is provided with a rotating mechanism, and its side is provided with the 5th driver, be located at the axostylus axostyle on the 5th shaft drive axis core, be located at the 6th driver of the second driver side and be located on the 3rd driver for capturing the fixture block of copper core, described pressure pipe pedestal upper end is provided with pressure driver, and its lower end is provided with and presses down driver, described upper pressure shaft drive axis core is provided with upper holder block, the described shaft drive axis core that presses down is provided with lower lock block, described axostylus axostyle is provided with boss, this boss is provided with guide rod, described upper holder block and lower lock block are respectively equipped with and run through both self the first groove and the second groove, described first groove and the second groove combination form one for compressing the circular channel of water pipe, the axial line of this circular channel and the centerline of described dwang are in same level and two lines are crossed as vertical, and the diameter of this circular channel is 5-25mm.
Above-mentioned rotating mechanism comprises the fixed head be located on workbench, the 7th driver be located on fixed head, be located at the tooth bar that gear in the middle of dwang and one end and the 7th shaft drive axis core are connected and the other end and gear be engaged mutually.
Above-mentioned cutting device and encapsulation device are respectively equipped with the upper hose material machine of automatic charging and upper steel trepanning machine.
Above-mentioned combination unit is provided with the top nut material machine of automatic charging and upper copper core material machine.
The beneficial effects of the utility model: the utility model has been made automatic cutting by transposer, automatically fill steel bushing, Automatic Combined nut copper core, automatically held out against water pipe one end exchange of nut copper core and Automatic-clamping steel bushing to the water pipe other end, and then repeat cutting, encapsulation, combine, hold out against and chuck, automatic exchange processing end, realize processing the full-automation of bath water pipe, improve automaticity.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of bath water pipe automatically processing device;
Fig. 2 is the schematic diagram of transposer in embodiment;
Fig. 3 is the schematic diagram of Scissoring device in embodiment;
Fig. 4 is the schematic diagram of tube cutting mechanism in embodiment;
Fig. 5 is the schematic diagram of encapsulation device in embodiment;
Fig. 6 is the front view of combination unit in embodiment;
Fig. 7 is the left view of combination unit in embodiment;
Fig. 8 is the schematic diagram of embodiment middle clamp plate;
Fig. 9 is the schematic diagram of holding device in embodiment;
Figure 10 is the schematic diagram carrying ejection device in embodiment;
Figure 11 is the schematic diagram of fixture block in embodiment.
1, workbench; 2, slide rail; 3, chuck machine; 4, the first station pawl pincers; 5, the second station pawl pincers; 6, the 3rd station pawl pincers; 7, the 4th station pawl pincers; 8, the 5th station pawl pincers; 9, the 6th station pawl pincers; 10, the 7th station pawl pincers; 11, the 8th station pawl pincers; 12, concave shape lower carrier plate; 13, driving wheel; 14, roller bearing; 15, synchromesh gear; 16, Timing Belt; 17, side stand; 18, the first driver; 19, concave shape upper supporting plate; 20, driven pulley; 21, guide plate; 22, crop frame; 23, supporting bracket; 24, main support is measured; 25, drive; 26, belt; 27, slide rail; 28, slide block; 29, synchronous pole; 30, synchronization chain; 31, fixed bar; 32, pawl pincers; 33, holder; 34, pressing block; 35, slide bar; 36, hilt; 37, cutting knife; 38, tube passage is gone out; 39, cylinder; 40, encapsulation support; 41, gripping pliers; 42, fixed mount; 43, discharge rack; 44, valve rod; 45, slideway; 46, sliding panel; 47, chuck pincers; 48, sectional shelf-unit; 49, nut material loading track; 50, copper core material loading track; 51, the second driver; 52, drive plate; 53, the 3rd driver; 54, briquetting; 55, backstay; 56, L shape support plate; 57, four-wheel drive device; 58, clamping plate; 59, deep-slotted chip breaker; 60, fixed support; 61, pressure pipe support; 62, dwang; 63, fixed head; 64, the 7th driver; 65, gear; 66, tooth bar; 67, the 5th driver; 68, axostylus axostyle; 69, the 6th driver; 70, fixture block; 71, boss; 72, guide rod; 73, upper pressure driver; 74, driver is pressed down; 75, upper holder block; 76, lower lock block; 77, the first groove; 78, the second groove.
Detailed description of the invention
Be below specific embodiment of the utility model and by reference to the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiments.
Embodiment, as shown in Figure 1: a kind of bath water pipe automatically processing device, comprise one is provided with slide rail 2 from front to back workbench 1 along himself length direction, slide rail 2 slides from front to back successively the first station pawl pincers 4 arranged for transmitting water pipe, second station pawl pincers 5, 3rd station pawl pincers 6, 4th station pawl pincers 7, 5th station pawl pincers 8, 6th station pawl pincers 9, 7th station pawl pincers 10 and the 8th station pawl pincers 11, the left side that workbench 1 is positioned at the first station pawl pincers 4 is provided with one for cutting out the Scissoring device of certain length water pipe, and the right side in the left side and the 6th station pawl pincers 9 that are positioned at the second station pawl pincers 5 on workbench 1 is equipped with one for installing steel bushing to the encapsulation device on water pipe, and the right side in the left side and the 7th station pawl pincers 10 that are positioned at the 3rd station pawl pincers 6 on workbench 1 is equipped with first for nut being extracted the holding device that nut copper core and water pipe are connected by the combination unit and being used further to that is placed into copper in-core, the left side of the 4th station pawl pincers on workbench 1 and the right side of the 8th station pawl pincers are equipped with the chuck machine 3 for clamping steel bushing, the left side that workbench 1 is positioned at the 5th station pawl pincers 8 is provided with one and carries out for the water pipe processed one end the transposer that replaces, as shown in Figure 2, described transposer comprises the concave shape lower carrier plate 12 be located on workbench 1, be located at the driving wheel 13 in concave shape lower carrier plate 12 groove, be located at the roller bearing 14 on driving wheel 13, be located at the synchromesh gear 15 on roller bearing 14, be located at the Timing Belt 16 on synchromesh gear 15, be located at the side stand 17 of workbench 1 side, be located at the first driver 18 on side stand 17, be located at driven pulley 20 that is on the first driver 18 and that be laterally zygomorphic concave shape upper supporting plate 19 with the center line that described 5th station pawl clamps the 7 pawl hearts and be located in concave shape upper supporting plate 19 groove with concave shape lower carrier plate 12.Make automatic cutting by transposer, automatically filled steel bushing, Automatic Combined nut copper core, automatically held out against water pipe one end exchange of nut copper core and Automatic-clamping steel bushing to the water pipe other end in the present embodiment, and then repeat cutting, encapsulation, combine, hold out against and chuck, automatic exchange processing end, realize processing the full-automation of bath water pipe, improve automaticity.
Concave shape upper supporting plate 19 both sides are equipped with guide plate 21, and wherein this guide plate 21 plays guide effect to the water pipe in transpose process.
As shown in Figure 3 and Figure 4, Scissoring device comprises crop frame 22, supporting bracket 23, be provided with in crop frame 22 to water pipe carry out cutting tube cutting mechanism and on supporting bracket 23, fix that a pair water pipe carry out cut to lengthen measure mechanism, described mechanism of measuring comprises and measures main support 24, be located at the drive 25 measuring upper end, main support 24 both sides, be located at the cogged belt 26 of band on drive 25, be located at the slide rail 27 measuring lower end, main support 24 both sides, slide the slide block 28 be arranged on described slide rail 27, upper end is engaged with belt 26 phase and the synchronous pole 29 that is fixedly connected with slide block 28 of lower end inside, one end is fixedly connected with described supporting bracket 23 and the synchronization chain 30 that is fixedly connected with synchronous pole 29 of the other end, the fixed bar 31 of synchronous pole 29 lower end outside is located in upper end, be located at the pawl pincers 33 of fixed bar 31 lower end, described tube cutting mechanism comprises the holder 34 that level is fixedly connected on described crop frame 22 inwall, be located at the pressing block 35 on holder 34, vertically run through through pressing block 35 and be connected in the slide bar 36 on holder 34, be located at the hilt 37 of pressing block 35 side, that is located at that cutting knife 38 under hilt 37 and front end face and described cutting knife 38 lean goes out tube passage 39, this is stated out the axial line that the center line of the outlet of tube passage 39 and described pawl clamp the pawl heart of 33 and is on same straight line, described pawl pincers 33 are provided with cylinder 32, mechanism is measured by what fix on supporting bracket 23 that a pair water pipe carry out cut to lengthen, carry out accurate length to measure, and the operation that the tube cutting mechanism carrying out cutting to water pipe cuts water pipe is set, guarantee cutting is accurate, efficiency is high.
As shown in Figure 5, encapsulation device comprises encapsulation support 40, this workbench 1 front end is provided with one for clamping the gripping pliers 41 of water pipe, and its rear end is provided with a fixed mount 42, described encapsulation support 40 is fixedly connected with one for discharging the discharge rack 43 of steel bushing, described fixed mount 42 is provided with a valve rod 44 for preventing steel bushing from dropping out from discharge rack 43, described discharge rack 43 discharging opening lower end is provided with a slip and is arranged at slideway 45 on workbench 1, sliding panel 46 and the chuck pincers 47 for clamping steel bushing, described slideway 45 is fixedly connected on described workbench 1 along the longitudinal direction, described sliding panel 46 slides and is arranged on slideway 45, described chuck pincers 47 are fixedly connected on sliding panel 46, the steel bushing that the clamping of set chuck pincers 47 is discharged from discharge rack 43, drive chuck to clamp 47 by sliding panel 46 and move forward to gripping pliers 41 position, steel bushing is enclosed within the port of the water pipe clamped by gripping pliers 41, whole process automation, reduce labour and improve the efficiency installing steel bushing additional.
As Fig. 6, shown in Fig. 7 and Fig. 8, combination unit comprises the sectional shelf-unit 48 be located at from left to right successively on workbench 1, nut material loading track 49 and copper core material loading track 50, described sectional shelf-unit 48 is provided with the second driver 51, described second driver 51 is provided with a drive plate 52, described drive plate 52 is provided with the 3rd driver 53, the driving shaft of described 3rd driver 53 is fixedly connected with a briquetting 54, the lower end of described briquetting 54 is provided with backstay 55, and the upper end of this briquetting 54 is provided with a L shape support plate 56, described L shape support plate 56 is provided with four-wheel drive device 57, described four-wheel drive device 57 is provided with clamping plate 58, the described driving direction of the second driver 51 and the end face horizontal direction parallel of workbench 1, the driving direction of described 3rd driver 53 is vertical with the end face horizontal direction of workbench 1, the quantity of described clamping plate 58 is two, and two clamping plate 58 are symmetrical centered by the center line of described backstay 55, described clamping plate 58 are provided with deep-slotted chip breaker 59 towards backstay 55 side, set second driver 51 works and drives backstay 55 to aim at nut, again by the 3rd driver 53 work make briquetting 54 decline with nut end face against till, then worked by the 4th dynamic device 57 and drive clamping plate 58 binding nut, then being worked by the 3rd driver 53 drives nut to rise, simultaneously the second driver 51 work moves to right till bar 55 to be positioned aims at copper core, 3rd driver 53 work drop to nut and copper core against till, four-wheel drive device 57 work makes clamping plate 58 unclamp, complete the clustered operation of nut and copper core automatically and efficiently.
As Fig. 9, shown in Figure 10 and Figure 11, holding device comprises is located at fixed support 60 on workbench 1 and pressure pipe support 61, described fixed support 60 is provided with dwang 62, this dwang 62 is provided with a rotating mechanism, and its side is provided with the 5th driver 67, be located at the axostylus axostyle 68 on the 5th driver 67 axle core, be located at the 6th driver 69 of the second driver 67 side and be located on the 3rd driver 69 for capturing the fixture block 70 of copper core, described pressure pipe support 61 upper end is provided with pressure driver 73, and its lower end is provided with and presses down driver 74, described upper pressure driver 73 axle core is provided with upper holder block 75, the described driver 74 axle core that presses down is provided with lower lock block 76, described axostylus axostyle 68 is provided with boss 71, this boss 71 is provided with guide rod 72, described upper holder block 75 and lower lock block 76 are respectively equipped with and run through both self the first groove 77 and the second groove 78, described first groove 77 and the second groove 78 are combined to form one for compressing the circular channel of water pipe, the axial line of this circular channel and the centerline of described dwang 62 are in same level and two lines are crossed as vertical, and the diameter of this circular channel is 5mm, 15mm or 25mm, set by carry ejection device and first the copper core being built-in with nut mentioned and withstand nut by axostylus axostyle 68, clamp water pipe by pipe pressing device simultaneously, by rotating mechanism work, the direction of axostylus axostyle 68 is rotated to transverse direction from longitudinal again, and by axostylus axostyle 68, nut is headed into pipe inner wall, realize the work that automation holds out against nut copper core.
Rotating mechanism comprises the fixed head 63 be located on workbench 1, the 7th driver 64 be located on fixed head 63, be located at the tooth bar 66 that gear 65 in the middle of dwang 62 and one end and the 7th driver 64 axle core are connected and the other end and gear 65 be engaged mutually.
Cutting device and encapsulation device are respectively equipped with the upper hose material machine of automatic charging and upper steel trepanning machine.
Combination unit is provided with the top nut material machine of automatic charging and upper copper core material machine.
The foregoing is only preferred embodiment mode of the present utility model; can not limit the scope of the utility model protection with this, change and the replacement of any unsubstantiality that those skilled in the art does on basis of the present utility model all belong to the utility model scope required for protection.
Claims (10)
1. bath water pipe automatically processing device, comprise one is provided with slide rail (2) from front to back workbench (1) along himself length direction, workbench (1) is provided with the chuck machine (3) for clamping steel bushing, it is characterized in that: be also included on slide rail (2) and slide setting from front to back successively for transmitting the first station pawl pincers (4) of water pipe, second station pawl pincers (5), 3rd station pawl pincers (6), 4th station pawl pincers (7), 5th station pawl pincers (8), 6th station pawl pincers (9), 7th station pawl pincers (10) and the 8th station pawl pincers (11), the left side that workbench (1) is positioned at the first station pawl pincers (4) is provided with one for cutting out the Scissoring device of certain length water pipe, and the right side in the left side and the 6th station pawl pincers (9) that are positioned at the second station pawl pincers (5) on workbench (1) is equipped with one for installing steel bushing to the encapsulation device on water pipe, and the right side being positioned at the 3rd station pawl pincers left side of (6) and the 7th station pawl pincers (10) on workbench (1) is equipped with first for nut being extracted the combination unit that is placed into copper in-core and being used further to the holding device that nut copper core and water pipe is connected, the left side that workbench (1) is positioned at the 5th station pawl pincers (8) is provided with one and carries out for the water pipe processed one end the transposer that replaces.
2. bath water pipe automatically processing device according to claim 1, it is characterized in that: described transposer comprises the concave shape lower carrier plate (12) be located on workbench (1), be located at the driving wheel (13) in concave shape lower carrier plate (12) groove, be located at the roller bearing (14) on driving wheel (13), be located at the synchromesh gear (15) on roller bearing (14), be located at the Timing Belt (16) on synchromesh gear (15), be located at the side stand (17) of workbench (1) side, be located at the first driver (18) on side stand (17), be located at driven pulley (20) that is on the first driver (18) and that be laterally zygomorphic concave shape upper supporting plate (19) with the center line that described 5th station pawl clamps (7) pawl heart and be located in concave shape upper supporting plate (19) groove with concave shape lower carrier plate (12).
3. bath water pipe automatically processing device according to claim 2, is characterized in that: described concave shape upper supporting plate (19) both sides are equipped with guide plate (21).
4. the bath water pipe automatically processing device according to claim 1 or 2 or 3, it is characterized in that: described Scissoring device comprises crop frame (22), supporting bracket (23), be provided with in crop frame (22) to water pipe carry out cutting tube cutting mechanism and on supporting bracket (23), fix that a pair water pipe carry out cut to lengthen measure mechanism, described mechanism of measuring comprises and measures main support (24), be located at the drive (25) measuring main support (24) upper end, both sides, be located at the cogged belt of band (26) on drive (25), be located at the slide rail (27) measuring main support (24) lower end, both sides, slip is arranged at the slide block (28) on described slide rail (27), upper end is engaged mutually with belt (26) and the synchronous pole (29) that is fixedly connected with slide block (28) of lower end inside, one end is fixedly connected with described supporting bracket (23) and the synchronization chain (30) that is fixedly connected with synchronous pole (29) of the other end, the fixed bar (31) of synchronous pole (29) lower end outside is located in upper end, be located at pawl pincers (33) of fixed bar (31) lower end, described tube cutting mechanism comprises the holder (34) that level is fixedly connected on described crop frame (22) inwall, be located at the pressing block (35) on holder (34), vertically run through through pressing block (35) and be connected in the slide bar (36) on holder (34), be located at the hilt (37) of pressing block (35) side, that is located at that cutting knife (38) under hilt (37) and front end face and described cutting knife (38) lean goes out tube passage (39), described go out the center line of outlet of tube passage (39) and the described pawl axial line that clamps the pawl heart of (33) be on same straight line, described pawl pincers (33) is provided with cylinder (32).
5. bath water pipe automatically processing device according to claim 1, it is characterized in that: described encapsulation device comprises encapsulation support (40), this workbench (1) front end is provided with one for clamping the gripping pliers (41) of water pipe, and its rear end is provided with a fixed mount (42), described encapsulation support (40) is fixedly connected with one for discharging the discharge rack (43) of steel bushing, described fixed mount (42) is provided with a valve rod (44) for preventing steel bushing from dropping out from discharge rack (43), described discharge rack (43) discharging opening lower end is provided with a slip and is arranged at slideway (45) on workbench (1), sliding panel (46) and chuck pincers (47) for clamping steel bushing, described slideway (45) is fixedly connected on described workbench (1) along the longitudinal direction, described sliding panel (46) slides and is arranged on slideway (45), described chuck pincers (47) is fixedly connected on sliding panel (46).
6. bath water pipe automatically processing device according to claim 5, it is characterized in that: described combination unit comprises the sectional shelf-unit (48) be located at from left to right successively on workbench (1), nut material loading track (49) and copper core material loading track (50), described sectional shelf-unit (48) is provided with the second driver (51), described second driver (51) is provided with a drive plate (52), described drive plate (52) is provided with the 3rd driver (53), the driving shaft of described 3rd driver (53) is fixedly connected with a briquetting (54), the lower end of described briquetting (54) is provided with backstay (55), and the upper end of this briquetting (54) is provided with a L shape support plate (56), described L shape support plate (56) is provided with four-wheel drive device (57), described four-wheel drive device (57) is provided with clamping plate (58), the driving direction of described second driver (51) and the end face horizontal direction parallel of workbench (1), the driving direction of described 3rd driver (53) is vertical with the end face horizontal direction of workbench (1), the quantity of described clamping plate (58) is two, and two clamping plate (58) are symmetrical centered by the center line of described backstay (55), described clamping plate (58) are provided with deep-slotted chip breaker (59) towards backstay (55) side.
7. bath water pipe automatically processing device according to claim 6, it is characterized in that: described holding device comprises is located at fixed support (60) on workbench (1) and pressure pipe support (61), described fixed support (60) is provided with dwang (62), this dwang (62) is provided with a rotating mechanism, and its side is provided with the 5th driver (67), be located at the axostylus axostyle (68) on the 5th driver (67) axle core, be located at the 6th driver (69) of the second driver (67) side and be located on the 3rd driver (69) for capturing the fixture block (70) of copper core, described pressure pipe support (61) upper end is provided with pressure driver (73), and its lower end is provided with and presses down driver (74), described upper pressure driver (73) axle core is provided with upper holder block (75), described driver (74) the axle core that presses down is provided with lower lock block (76), described axostylus axostyle (68) is provided with boss (71), this boss (71) is provided with guide rod (72), described upper holder block (75) and lower lock block (76) are respectively equipped with and run through both self the first groove (77) and the second groove (78), described first groove (77) and the second groove (78) are combined to form one for compressing the circular channel of water pipe, the axial line of this circular channel and the centerline of described dwang (62) are in same level and two lines are crossed as vertical, and the diameter of this circular channel is 5-25mm.
8. bath water pipe automatically processing device according to claim 7, is characterized in that: described rotating mechanism comprises the fixed head (63) be located on workbench (1), the 7th driver (64) be located on fixed head (63), be located at the tooth bar (66) that gear (65) in the middle of dwang (62) and one end and the 7th driver (64) axle core are connected and the other end and gear (65) be engaged mutually.
9. bath water pipe automatically processing device according to claim 8, is characterized in that: described Scissoring device and encapsulation device are respectively equipped with the upper hose material machine of automatic charging and upper steel trepanning machine.
10. bath water pipe automatically processing device according to claim 9, is characterized in that: described combination unit is provided with the top nut material machine of automatic charging and upper copper core material machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520240501.7U CN204657959U (en) | 2015-04-20 | 2015-04-20 | Bath water pipe automatically processing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520240501.7U CN204657959U (en) | 2015-04-20 | 2015-04-20 | Bath water pipe automatically processing device |
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| Publication Number | Publication Date |
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| CN204657959U true CN204657959U (en) | 2015-09-23 |
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| CN201520240501.7U Expired - Fee Related CN204657959U (en) | 2015-04-20 | 2015-04-20 | Bath water pipe automatically processing device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104827299A (en) * | 2015-04-20 | 2015-08-12 | 台州顺拓机械有限公司 | Bathroom-used water pipe automatic processing equipment |
| CN108067853A (en) * | 2017-12-25 | 2018-05-25 | 芜湖慧宇商贸有限公司 | A kind of bathroom water pipe automatically processing device |
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2015
- 2015-04-20 CN CN201520240501.7U patent/CN204657959U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104827299A (en) * | 2015-04-20 | 2015-08-12 | 台州顺拓机械有限公司 | Bathroom-used water pipe automatic processing equipment |
| CN108067853A (en) * | 2017-12-25 | 2018-05-25 | 芜湖慧宇商贸有限公司 | A kind of bathroom water pipe automatically processing device |
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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 |
Granted publication date: 20150923 Termination date: 20160420 |