CN102527881B - Hooping moment arm device - Google Patents
Hooping moment arm device Download PDFInfo
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- CN102527881B CN102527881B CN 201210059013 CN201210059013A CN102527881B CN 102527881 B CN102527881 B CN 102527881B CN 201210059013 CN201210059013 CN 201210059013 CN 201210059013 A CN201210059013 A CN 201210059013A CN 102527881 B CN102527881 B CN 102527881B
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- arm
- guide rail
- bar
- force
- hooping
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Abstract
The invention discloses a hooping moment arm device, which is characterized by comprising a guide rail, a trolley, a guide rail rising moment arm, a stander, a positioning movable tongue device and a switching device rotating shaft wheel, wherein a positioning clamp is arranged at the rear end of the guide rail; the front end of the guide rail is connected with the guide rail rising moment arm; a trolley push device is arranged at the front end of the guide rail; the guide rail is connected with a guide rail frame through a rotating connection point; the guide rail frame is connected with the stander through a connector; the stander is connected with an operating table through another connector; a worm wheel speed changing box device is arranged in the stander; a rotary lifting guide rail is arranged on the worm wheel speed changing box device; a travel switch contact point is arranged under the worm wheel speed changing box device and connected with a travel switch in a contact manner; the worm wheel speed changing box device is connected with a connection shaft; the connection shaft is connected with a connecting rod device through a transmission chain; the connecting rod device is connected with an adjuster in a contact manner; and the adjuster is connected with the switching device rotating shaft wheel through a switching device rotating shaft. Compared with the conventional hooping machine, the hooping moment arm device has the advantages of reducing the labor intensity along with high efficiency.
Description
Technical field
The present invention relates to a kind of hooping moment arm device.
Background technology
Existing hooping machine only has bending that the effect of motor is arranged, and other action is completed by artificial and replaced, and the labour is heavy, inefficiency.
Therefore, be badly in need of a kind of improved technology and solve existing this problem in prior art.
Summary of the invention
The purpose of this invention is to provide a kind of hooping moment arm device.
The technical solution used in the present invention is:
a kind of hooping moment arm device, comprise guide rail, dolly, the guide rail rising arm of force, frame, the connecting rod device, adjuster, locate active tongue device and switching device rotating shaft wheel, the rear end of described guide rail is provided with locator card, described guide rail front end is connected with the guide rail rising arm of force, the described guide rail rising arm of force is placed in below guide rail, described guide rail front end is provided with the promotion carriage device, described guide rail is connected with guide rail bracket by being rotationally connected a little, described guide rail bracket is connected with frame by connector, described frame is connected with operating desk by connector, be provided with motor in described frame, it is following that described motor is positioned at the guide rail rising arm of force, be provided with the worm wheel gearbox device in described frame, described worm wheel gearbox device is provided with the rotation and lifting guide rail, described worm wheel gearbox device has the travel switch contact point, described travel switch contact point is connected with the travel switch contact, described worm wheel gearbox device is connected with connecting axle, described connecting axle is provided with electronic box below, described connecting axle and electronic box all are positioned at operating desk, described connecting axle is connected with the connecting rod device by driving chain, described connecting rod device is connected with the adjuster contact, described adjuster is connected with the switching device rotating shaft wheel by the switching device turning cylinder, described adjuster lower end is provided with the active tongue device in location.
described this hooping moment arm device also comprises the foot pedal arm force device, described foot pedal arm force device comprises the pedal force bar, described pedal force bar is connected with the retraction force bar, described retraction force bar is connected with the torque arm bar, described torque arm bar is provided with set screw B, described torque arm bar is connected with turning to the arm of force, describedly turn to the arm of force to pass through bearing A to be connected with the retraction arm pull plate, described retraction arm pull plate is connected with the retraction arm sleeve pipe, described retraction arm sleeve pipe is connected with Rotational Cylindrical by swivel, described Rotational Cylindrical is connected with the pedal force bar, be provided with retraction arm in described retraction arm sleeve pipe, described retraction arm is connected with the retraction arm dop, described retraction arm sleeve pipe side is provided with fixed screw, described fixed screw is connected with the pedal force bar by chain, described chain is provided with bearing B, described bearing is placed on table top, described table top is provided with step.
Described dolly comprises car body and dolly chassis, the front bottom end of described car body is provided with car body and stablizes bar, the bottom, rear end of described car body is provided with little bearing, described dolly is provided with bar clamp, described bar clamp one side is provided with set screw, described bar clamp bottom one side is provided with directed spring, and described bar clamp bottom opposite side is provided with the bar clamp spring.
Described promotion carriage device comprises push rod, force adjusting bar and fixed transverse rod, bar is regulated in described force and fixed transverse rod is " ten " structure, the bar overcoat is regulated in described force stationary pipes, and described stationary pipes is provided with fixed screw, and on described fixed transverse rod, cover has sleeve pipe.
Described worm wheel gearbox device comprises worm wheel gearbox, described worm wheel gearbox is provided with crooked dish, described crooked dish is provided with crooked stake, described crooked dish has crooked dish impact block, rotary elevating platform guide rail on described worm wheel gearbox device is connected with rotary elevating platform, described rotary elevating platform is connected with the movable impact block of lifting platform, and described crooked dish, bending stake, crooked dish impact block, the movable impact block of lifting platform and rotary elevating platform are positioned at above frame.
Described connecting rod device is by turning cylinder, connecting rod, active tongue and return to leaf and form, described turning cylinder is connected with connecting rod, described connecting rod is connected with active tongue sleeve pipe, be provided with active tongue in described active tongue sleeve pipe, described active tongue sleeve pipe is put B and is returned to leaf and be connected by connection of rotating, establish the return spring device on described connecting rod, described return spring device with return to leaf and be connected, described active tongue sleeve pipe be connected tongue and connect by spring.
Be provided with 5 in described adjuster and regulate bar, described 5 adjusting bars are divided into 5 sector regions to adjuster, and described adjuster is arranged on the switching device turning cylinder.
Be provided with the switching device turning cylinder in the middle of described switching device rotating shaft wheel, described switching device turning cylinder is provided with the circuit contact point, be provided with cam in the middle of described circuit contact point and adjuster, described switching device rotating shaft wheel is provided with three switching devices, be respectively switch I, switch II, switch III, switch is installed No. 1 on described switch I, be equipped with on described switch II No. 2 and No. 4 switches, be equipped with on described switch III No. 3 and No. 5 switches, described switch II also is equipped with No. 3 and No. 5 switches.
The described guide rail rising arm of force is comprised of run-on point A, run-on point B, arm bar, clutch rod and steel wire rope, described run-on point A is connected with arm bar, described arm bar is connected with steel wire rope, described steel wire rope one side is provided with clutch rod, described clutch rod passes run-on point B and is connected with bearing, is provided with spring below described run-on point B.
The active tongue device in described location comprises the active tongue in location, location active tongue sleeve pipe and retainer spring, and the active tongue in described location and locating between active tongue sleeve pipe connects by a pair of retainer spring.
Advantage of the present invention is: the existing device high efficiency of this hooping moment arm device contrast, reduced labour intensity, and can also process large stirrup and two kinds of stirrups of little stirrup.
Description of drawings
Below in conjunction with the drawings and specific embodiments, the present invention is described in further detail.
Fig. 1 is general assembly structural representation of the present invention.
Fig. 2 is foot pedal arm force device schematic diagram of the present invention.
Fig. 3 is carriage device schematic diagram of the present invention.
Fig. 4 is promotion carriage device schematic diagram of the present invention.
Fig. 5 is the structural representation of worm wheel gearbox device of the present invention.
Fig. 6 is the structural representation of connecting rod device of the present invention.
Fig. 7 is the structural representation of adjuster of the present invention.
Fig. 8 is the structural representation of the guide rail rising arm of force of the present invention.
Fig. 9 is the structural representation of the active tongue in location of the present invention.
wherein: 1, guide rail, 2, dolly, 3, the guide rail rising arm of force, 4, frame, 5, the connecting rod device, 6, adjuster, 7, the switching device rotating shaft wheel, 8, locator card, 9, promote carriage device, 10, be rotationally connected a little 11, guide rail bracket, 12, connector, 13, operating desk, 14, motor, 15, the worm wheel gearbox device, 16, the rotation and lifting guide rail, 17, the travel switch contact point, 18, connecting axle, 19, electronic box, 20, driving chain, 21, the switching device turning cylinder, 22, car body, 23, dolly chassis, 24, car body is stablized bar, and 25, little bearing, 26, bar clamp, 27, set screw, 28, directed spring, 29, the bar clamp spring, 30, push rod, 31, bar, 32 are regulated in the force, fixed transverse rod, 33, stationary pipes, 34, fixed screw, 35, sleeve pipe, 36, worm wheel gearbox, 37, crooked dish, 38, crooked stake, 39, crooked dish impact block, 40, rotary elevating platform, 41, the movable impact block of lifting platform, 42, turning cylinder, 43, connecting rod, 44, active tongue, 45, return to leaf, 46, active tongue sleeve pipe, 47, connection of rotating point B, 48, the return spring device, 49, spring, 50, regulate bar, 51, the circuit contact point, 52, cam, 53, switch, 54, run-on point A, 55, run-on point B, 56, arm bar, 57, clutch rod, 58, steel wire rope, 59, bearing, 60, spring, 61, locate active tongue device, 62, locate active tongue, 63, locate active tongue sleeve pipe, 64, retainer spring, 65, travel switch, 66, the pedal force bar, 67, the retraction force bar, 68, the torque arm bar, 69, set screw B, 70, turn to the arm of force, 71, bearing A, 72, the retraction arm pull plate, 73, the retraction arm sleeve pipe, 74, swivel, 75, Rotational Cylindrical, 76, retraction arm, 77, the retraction arm dop, 78, fixed screw, 79, chain, 80, bearing B, 81, table top, 82, step, 83, crossbeam, 84, switching device.
The specific embodiment
Embodiment 1
as Fig. 1, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8 and Fig. 9, a kind of hooping moment arm device of the present invention, comprise guide rail 1, dolly 2, the guide rail rising arm of force 3, frame 4, connecting rod device 5, adjuster 6, locate active tongue device 61 and switching device rotating shaft wheel 7, the rear end of guide rail 1 is provided with locator card 8, guide rail 1 front end is connected with the guide rail rising arm of force 3, the guide rail rising arm of force 3 is placed in guide rail 1 below, guide rail 1 front end is provided with and promotes carriage device 9, guide rail 1 is connected with guide rail bracket 11 by being rotationally connected a little 10, guide rail bracket 11 is connected with frame 4 by connector 12, frame 4 is connected with operating desk 13 by connector 12, be provided with motor 14 in frame 4, it is following that motor 14 is positioned at the guide rail rising arm of force 3, be provided with worm wheel gearbox device 15 in frame 4, worm wheel gearbox device 15 is provided with rotation and lifting guide rail 16, worm wheel gearbox device 16 has travel switch contact point 17, travel switch contact point 17 is connected with travel switch 65 contacts, worm wheel gearbox device 16 is connected with connecting axle 18, connecting axle 18 is provided with electronic box 19 below, connecting axle 18 and electronic box 19 all are positioned at operating desk 13, connecting axle 18 is connected with connecting rod device 5 by driving chain 20, connecting rod device 5 is connected with adjuster 6 contacts, adjuster 6 is connected with switching device rotating shaft wheel 7 by switching device turning cylinder 21, adjuster 6 lower ends are provided with the active tongue device 61 in location.
Dolly 2 comprises car body 22 and dolly chassis 23, the front bottom end of car body 22 is provided with car body and stablizes bar 24, the bottom, rear end of car body 22 is provided with dolly bearing 25, dolly 2 is provided with bar clamp 26, bar clamp 26 1 sides are provided with set screw 27, bar clamp 26 bottom one sides are provided with directed spring 28, and bar clamp 26 bottom opposite sides are provided with bar clamp spring 29.
Promote carriage device 9 and comprise push rod 30, force adjusting bar 31 and fixed transverse rod 32, bar 31 is regulated in the force and fixed transverse rod 32 is " ten " structure, bar 31 overcoats are regulated in the force stationary pipes 33, stationary pipes 33 is provided with fixed screw 34, and on fixed transverse rod 32, cover has sleeve pipe 35.
Worm wheel gearbox device 15 comprises worm wheel gearbox 36, worm wheel gearbox 36 is provided with crooked dish 37, crooked dish 37 is provided with crooked stake 38, crooked dish 37 has crooked dish impact block 39, rotary elevating platform guide rail 16 on worm wheel gearbox device 15 is connected with rotary elevating platform 40, the movable impact block 41 of rotary elevating platform 40 and lifting platform is connected, and crooked dish 37, crooked stake 38, crooked dish impact block 39, lifting platform activity impact block 41 and rotary elevating platform 40 are positioned at frame 4 tops.
Connecting rod device 5 is by turning cylinder 42, connecting rod 43, active tongue 44 and return to leaf 45 and form, turning cylinder 42 is connected with connecting rod 43, connecting rod 43 is connected with active tongue sleeve pipe 46, be provided with active tongue 44 in active tongue sleeve pipe 46, active tongue sleeve pipe 46 is put B and is returned to leaf 45 and be connected by connection of rotating, establish return spring device 48 on connecting rod 43, return spring device 48 with return to leaf 45 and be connected, active tongue sleeve pipe 46 be connected tongue 44 and connect by spring 49.
Be provided with 50,5 adjusting bars 50 of 5 adjusting bars in adjuster 6 adjuster 6 is divided into 5 sector regions, adjuster 6 is arranged on switching device turning cylinder 21.
be provided with switching device turning cylinder 21 in the middle of switching device rotating shaft wheel 7, switching device turning cylinder 21 is provided with circuit contact point 51, be provided with cam 52 in the middle of circuit contact point 51 and adjuster 6, switching device rotating shaft wheel 7 is provided with three switches 53, switch 53 is installed No. 1 on first switching device 84, be respectively switch I 84, switch II 84, switch III 84, switch 53 is installed No. 1 on described switch I 84, switch 53 is installed on described switch II 84 No. 2 53 and No. 4, switch 53 is installed on described switch III 84 No. 3 53 and No. 5, described switch II also is equipped with switch 53 No. 3 53 and No. 5.
The guide rail rising arm of force 3 is comprised of run-on point A54, run-on point B55, arm bar 56, clutch rod 57 and steel wire rope 58, run-on point A54 is connected with arm bar 56, arm bar 56 is connected with steel wire rope 58, steel wire rope 58 1 sides are provided with clutch rod 57, clutch rod 57 passes run-on point B55 and is connected with bearing 59, is provided with spring 60 below run-on point B55.
Locate active tongue device 61 and comprise the active tongue 62 in location, the active tongue sleeve pipe 63 in location and retainer spring 65, locate active tongue 62 and locate between active tongue sleeve pipe 63 by a pair of retainer spring 65 connections.
using method of the present invention: when running into large stirrup, if moulding 200*500, the pin head is 80 stirrup, so the switch I 53 on switching device rotating shaft wheel 7 is transferred on switching device turning cylinder 21 80 position, switching device 84 is transferred to 200 position, switch II device 84 is transferred to 500 position, determine the position of the locator card 8 on guide rail 1, then the bar clamp 26 of dolly 2 on one section folder of reinforcing bar, the other end is placed on the central authorities of the crooked stake 38 above crooked dish 37, parallel impact switch device rotating shaft wheel 7 switches 53, motor 14 energisings simultaneously, worm gear case rotation 36, make crooked dish 37 work, connecting rod device 5 begins to rotate under the drive of bending dish 37, adjuster 6 on active tongue 44 pull switch device rotating shaft wheels 7 on connecting rod device 5 rotates.when bending dish 37 forwards 135 ° to, regulate bar 50 and forward parallel position to for second on adjuster 6, switch II 53 on switching device rotating shaft wheel 7 also forwards parallel position to, travel switch contact point 41 impact stroke switch 65, make motor 14 revolutions, 5 revolutions of connecting rod device, active tongue 44 retractions, return to leaf 45 and hold second adjusting bar 50, regulate bar 50 under the control of the active tongue device 61 in location for second, the revolution of controlled adjuster 6, the parallel position of maintained switch II 53, when bending dish 37 is turned back to straight line, travel switch contact point 41 impact stroke switch 65, motor 14 is stopped, bar bending long by 80, 135 ° of angles.Continue to promote forward impact switch II 53, motor 14 runnings, the action of the crooked dish 37 of transmission, connecting rod device 5 and switching device rotating shaft wheel 7.When bending to the 5th angle, the 5th switch 14 of switching device rotating shaft wheel 7 forwards parallel position to, cam 52 forwards minimum point to, effect by manipulating wire rope 58, the movable impact block 41 of lifting platform upwards, crooked dish 37 rotations, make the movable impact block 41 of crooked dish impact block 39 and lifting platform bump against, make rotary elevating platform 40 rotations, the effect that makes progress by guide rail 1, make lifting platform 40 rotation and liftings, stirrup is upwards promoted, avoided first angle of stirrup and the collision at the 5th angle.Simultaneously, lifting platform 40 rotations, the steel wire rope 58 of the sliding guides rising arm of force 3, arm bar 56 makes progress, and bearing 59 is risen guide rail 1, the drag hook of clutch rod 57, pull the force of carriage device to regulate bar 31, sleeve pipe 35 rotates, and push rod 30 promotes dolly 2, and sleeve pipe 35 rotates certain position and gets back to original position.Dolly 2 has been subject to promoting and gliding, and slides on guide rail 1 rapidly.Stopping of locator card 8 arranged, and dolly 2 stops on locator card 8.Motor 14 revolutions, lifting platform 40 turns round simultaneously, and guide rail 1 falls automatically, and clutch rod 57 automatically blocks the force and regulates bar 31.
as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8 and Fig. 9, a kind of hooping moment arm device of the present invention, comprise guide rail 1, dolly 2, the guide rail rising arm of force 3, frame 4, connecting rod device 5, adjuster 6, locate active tongue device 61 and switching device rotating shaft wheel 7, the rear end of guide rail 1 is provided with locator card 8, guide rail 1 front end is connected with the guide rail rising arm of force 3, the guide rail rising arm of force 3 is placed in guide rail 1 below, guide rail 1 front end is provided with and promotes carriage device 9, guide rail 1 is connected with guide rail bracket 11 by being rotationally connected a little 10, guide rail bracket 11 is connected with frame 4 by connector 12, frame 4 is connected with operating desk 13 by connector 12, be provided with motor 14 in frame 4, it is following that motor 14 is positioned at the guide rail rising arm of force 3, be provided with worm wheel gearbox device 15 in frame 4, worm wheel gearbox device 15 is provided with rotation and lifting guide rail 16, worm wheel gearbox device 16 has travel switch contact point 17, travel switch contact point 17 is connected with travel switch 65 contacts, worm wheel gearbox device 16 is connected with connecting axle 18, connecting axle 18 is provided with electronic box 19 below, connecting axle 18 and electronic box 19 all are positioned at operating desk 13, connecting axle 18 is connected with connecting rod device 5 by driving chain 20, connecting rod device 5 is connected with adjuster 6 contacts, adjuster 6 is connected with switching device rotating shaft wheel 7 by switching device turning cylinder 21, adjuster 6 lower ends are provided with the active tongue device 61 in location.
this hooping moment arm device also comprises the foot pedal arm force device, the foot pedal arm force device comprises pedal force bar 66, pedal force bar 66 is connected with retraction force bar 67, retraction force bar 67 is connected with torque arm bar 68, torque arm bar 68 is provided with set screw B69, torque arm bar 68 is connected with turning to the arm of force 70, turn to the arm of force 70 to be connected with retraction arm pull plate 72 by bearing A71, retraction arm pull plate 72 is connected with retraction arm sleeve pipe 73, retraction arm sleeve pipe 73 is connected with Rotational Cylindrical 75 by swivel 74, Rotational Cylindrical 75 is connected with pedal force bar 66, be provided with retraction arm 76 in retraction arm sleeve pipe 73, retraction arm 76 is connected with retraction arm dop 77, retraction arm sleeve pipe 73 sides are provided with fixed screw 78, fixed screw 78 is connected with pedal force bar 66 by chain 79, chain 79 is provided with bearing B80, bearing 80 is placed on table top 81, table top 81 is provided with step 82.
Dolly 2 comprises car body 22 and dolly chassis 23, the front bottom end of car body 22 is provided with car body and stablizes bar 24, the bottom, rear end of car body 22 is provided with dolly bearing 25, dolly 2 is provided with bar clamp 26, bar clamp 26 1 sides are provided with set screw 27, bar clamp 26 bottom one sides are provided with directed spring 28, and bar clamp 26 bottom opposite sides are provided with bar clamp spring 29.
Promote carriage device 9 and comprise push rod 30, force adjusting bar 31 and fixed transverse rod 32, bar 31 is regulated in the force and fixed transverse rod 32 is " ten " structure, bar 31 overcoats are regulated in the force stationary pipes 33, stationary pipes 33 is provided with fixed screw 34, and on fixed transverse rod 32, cover has sleeve pipe 35.
Worm wheel gearbox device 15 comprises worm wheel gearbox 36, worm wheel gearbox 36 is provided with crooked dish 37, crooked dish 37 is provided with crooked stake 38, crooked dish 37 has crooked dish impact block 39, rotary elevating platform guide rail 16 on worm wheel gearbox device 15 is connected with rotary elevating platform 40, the movable impact block 41 of rotary elevating platform 40 and lifting platform is connected, and crooked dish 37, crooked stake 38, crooked dish impact block 39, lifting platform activity impact block 41 and rotary elevating platform 40 are positioned at frame 4 tops.
Connecting rod device 5 is by turning cylinder 42, connecting rod 43, active tongue 44 and return to leaf 45 and form, turning cylinder 42 is connected with connecting rod 43, connecting rod 43 is connected with active tongue sleeve pipe 46, be provided with active tongue 44 in active tongue sleeve pipe 46, active tongue sleeve pipe 46 is put B and is returned to leaf 45 and be connected by connection of rotating, establish return spring device 48 on connecting rod 43, return spring device 48 with return to leaf 45 and be connected, active tongue sleeve pipe 46 be connected tongue 44 and connect by spring 49.
Be provided with 50,5 adjusting bars 50 of 5 adjusting bars in adjuster 6 adjuster 6 is divided into 5 sector regions, adjuster 6 is arranged on switching device turning cylinder 21.
be provided with switching device turning cylinder 21 in the middle of switching device rotating shaft wheel 7, switching device turning cylinder 21 is provided with circuit contact point 51, be provided with cam 52 in the middle of circuit contact point 51 and adjuster 6, switching device rotating shaft wheel 7 is provided with three switches 53, switch 53 is installed No. 1 on switch I device 84, No. 2 switches 53 and No. 4 switches 53 are installed on switch II device 84, No. 3 switches 53 and No. 5 switches 53 are installed on switch III device 84, switch II device 84 can also be equipped with No. 3 switches 53 and No. 5 switches 53.
The guide rail rising arm of force 3 is comprised of run-on point A54, run-on point B55, arm bar 56, clutch rod 57 and steel wire rope 58, run-on point A54 is connected with arm bar 56, arm bar 56 is connected with steel wire rope 58, steel wire rope 58 1 sides are provided with clutch rod 57, clutch rod 57 passes run-on point B55 and is connected with bearing 59, is provided with spring 60 below run-on point B55.
Locate active tongue device 61 and comprise the active tongue 62 in location, the active tongue sleeve pipe 63 in location and retainer spring 65, locate active tongue 62 and locate between active tongue sleeve pipe 63 by a pair of retainer spring 65 connections.
using method of the present invention: when running into little stirrup, if moulding 200*500, the pin head is 80 stirrup, so first switch 53 on switching device rotating shaft wheel 7 is transferred on switching device turning cylinder 21 80 position, switching device 84 is transferred to 200 position, switch II device 84 is transferred to 500 positions, determine the position of the locator card 8 on guide rail 1, then the bar clamp 26 of dolly 2 on one section folder of reinforcing bar, the other end is placed on the central authorities of the crooked stake 38 above crooked dish 37, first switch 53 of parallel shock, motor 14 energising worm gear case rotations 36 simultaneously, make crooked dish 37 work, connecting rod device 5 begins to rotate under the drive of bending dish 37, adjuster 6 on active tongue 44 pull switch device rotating shaft wheels 7 on connecting rod device 5 rotates.when bending dish 37 forwards 135 ° to, regulate bar 50 and forward parallel position to for second on adjuster 6, second switch 53 on switching device rotating shaft wheel 7 also forwards parallel position to, travel switch contact point 41 impact stroke switch 65, make motor 14 revolutions, 5 revolutions of connecting rod device, active tongue 44 retractions, return to leaf 45 and hold second adjusting bar 50, regulate bar 50 under the control of the active tongue device 61 in location for second, the revolution of controlled adjuster 6, the parallel position of maintained switch II 53, when bending dish 37 is turned back to straight line, travel switch contact point 41 impact stroke switch 65, motor 14 is stopped, bar bending long by 80, 135 ° of angles.Continue to promote forward impact switch III 53, motor 14 runnings, the action of the crooked dish 37 of transmission, connecting rod device 5 and switching device rotating shaft wheel 7.When bending to the 5th angle, harder when stirrup promotes forward because stirrup is little, so we will use foot pedal arm force device (see figure 2) to complete the bending at the 5th angle.Depress pedal force bar 66, retraction arm dop 77 blocks stirrup, continue to step on downwards, retraction force bar 67 is downward, pulls torque arm bar 68, torque arm bar 68 drives and turns to the arm of force 70, drive retraction arm pull plate 72 by bearing A71, retraction arm pull plate 72 pulls retraction arm 76, and retraction arm dop 77 is opened stirrup, and travel forward, reduced artificial thrust.
Claims (9)
1. hooping moment arm device, it is characterized in that: comprise guide rail, dolly, the guide rail rising arm of force, frame, the connecting rod device, adjuster, locate active tongue device and switching device rotating shaft wheel, the rear end of described guide rail is provided with locator card, described guide rail front end is connected with the guide rail rising arm of force, the described guide rail rising arm of force is placed in below guide rail, described guide rail front end is provided with the promotion carriage device, described guide rail is connected with guide rail bracket by being rotationally connected a little, described guide rail bracket is connected with frame by connector, described frame is connected with operating desk by connector, be provided with motor in described frame, it is following that described motor is positioned at the guide rail rising arm of force, be provided with the worm wheel gearbox device in described frame, described worm wheel gearbox device is provided with the rotation and lifting guide rail, described worm wheel gearbox device has the travel switch contact point, described travel switch contact point is connected with the travel switch contact, described worm wheel gearbox device is connected with connecting axle, described connecting axle is provided with electronic box below, described connecting axle and electronic box all are positioned at operating desk, described connecting axle is connected with the connecting rod device by driving chain, described connecting rod device is connected with the adjuster contact, described adjuster is connected with the switching device rotating shaft wheel by the switching device turning cylinder, described adjuster lower end is provided with the active tongue device in location, the active tongue device in described location comprises the active tongue in location, locate active tongue sleeve pipe and retainer spring, the active tongue in described location and locating between active tongue sleeve pipe by a pair of retainer spring connects.
2. a kind of hooping moment arm device according to claim 1, it is characterized in that: described hooping moment arm device also comprises the foot pedal arm force device, described foot pedal arm force device comprises the pedal force bar, described pedal force bar is connected with the retraction force bar, described retraction force bar is connected with the torque arm bar, described torque arm bar is provided with set screw B, described torque arm bar is connected with turning to the arm of force, describedly turn to the arm of force to pass through bearing A to be connected with the retraction arm pull plate, described retraction arm pull plate is connected with the retraction arm sleeve pipe, described retraction arm sleeve pipe is connected with Rotational Cylindrical by swivel, described Rotational Cylindrical is connected with the pedal force bar, be provided with retraction arm in described retraction arm sleeve pipe, described retraction arm is connected with the retraction arm dop, described retraction arm sleeve pipe side is provided with fixed screw, described fixed screw is connected with the pedal force bar by chain, described chain is provided with bearing B, described bearing is placed on table top, described table top is provided with step.
3. a kind of hooping moment arm device according to claim 1, it is characterized in that: described dolly comprises car body and dolly chassis, the front bottom end of described car body is provided with car body and stablizes bar, the bottom, rear end of described car body is provided with little bearing, described dolly is provided with bar clamp, described bar clamp one side is provided with set screw, and described bar clamp bottom one side is provided with directed spring, and described bar clamp bottom opposite side is provided with the bar clamp spring.
4. a kind of hooping moment arm device according to claim 1, it is characterized in that: described promotion carriage device comprises push rod, force adjusting bar and fixed transverse rod, bar is regulated in described force and fixed transverse rod is " ten " structure, the bar overcoat is regulated in described force stationary pipes, described stationary pipes is provided with fixed screw, and on described fixed transverse rod, cover has sleeve pipe.
5. a kind of hooping moment arm device according to claim 1, it is characterized in that: described worm wheel gearbox device comprises worm wheel gearbox, described worm wheel gearbox is provided with crooked dish, described crooked dish is provided with crooked stake, described crooked dish has crooked dish impact block, rotary elevating platform guide rail on described worm wheel gearbox device is connected with rotary elevating platform, described rotary elevating platform is connected with the movable impact block of lifting platform, and described crooked dish, bending stake, crooked dish impact block, the movable impact block of lifting platform and rotary elevating platform are positioned at above frame.
6. a kind of hooping moment arm device according to claim 1, it is characterized in that: described connecting rod device is by turning cylinder, connecting rod, active tongue and return to leaf and form, described turning cylinder is connected with connecting rod, described connecting rod is connected with active tongue sleeve pipe, be provided with active tongue in described active tongue sleeve pipe, described active tongue sleeve pipe is put B and is returned to leaf and be connected by connection of rotating, establish the return spring device on described connecting rod, described return spring device with return to leaf and be connected, described active tongue sleeve pipe be connected tongue and connect by spring.
7. a kind of hooping moment arm device according to claim 1 is characterized in that: be provided with 5 in described adjuster and regulate bars, regulate bars adjuster is divided into 5 sector regions for described 5, described adjuster is arranged on the switching device turning cylinder.
8. a kind of hooping moment arm device according to claim 1, it is characterized in that: be provided with the switching device turning cylinder in the middle of described switching device rotating shaft wheel, described switching device turning cylinder is provided with the circuit contact point, be provided with cam in the middle of described circuit contact point and adjuster, described switching device rotating shaft wheel is provided with three switching devices, be respectively the switch I, the switch II, the switch III, switch is installed No. 1 on described switch I, be equipped with on described switch II No. 2 and No. 4 switches, be equipped with on described switch III No. 3 and No. 5 switches, described switch II also is equipped with No. 3 and No. 5 switches.
9. a kind of hooping moment arm device according to claim 1, it is characterized in that: the described guide rail rising arm of force is comprised of run-on point A, run-on point B, arm bar, clutch rod and steel wire rope, described run-on point A is connected with arm bar, described arm bar is connected with steel wire rope, described steel wire rope one side is provided with clutch rod, described clutch rod passes run-on point B and is connected with bearing, is provided with spring below described run-on point B.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210059013 CN102527881B (en) | 2012-03-08 | 2012-03-08 | Hooping moment arm device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210059013 CN102527881B (en) | 2012-03-08 | 2012-03-08 | Hooping moment arm device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102527881A CN102527881A (en) | 2012-07-04 |
| CN102527881B true CN102527881B (en) | 2013-11-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201210059013 Expired - Fee Related CN102527881B (en) | 2012-03-08 | 2012-03-08 | Hooping moment arm device |
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| Country | Link |
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| CN (1) | CN102527881B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108160859B (en) * | 2017-11-28 | 2020-06-26 | 韩汉兵 | Stirrup force arm device |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2038215A (en) * | 1978-12-28 | 1980-07-23 | Bihler Otto | Feed apparatus drive system |
| US4386516A (en) * | 1980-01-09 | 1983-06-07 | Wuensch Adolf | Automatic bending machine |
| CN102078904A (en) * | 2009-11-26 | 2011-06-01 | 韩汉兵 | Automatic hooping machine |
| CN202105940U (en) * | 2011-05-23 | 2012-01-11 | 建科机械（天津）股份有限公司 | Driving device of steel bar bending machine |
| CN202527619U (en) * | 2012-08-17 | 2012-11-14 | 韩汉兵 | Hooping force arm device |
-
2012
- 2012-03-08 CN CN 201210059013 patent/CN102527881B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB2038215A (en) * | 1978-12-28 | 1980-07-23 | Bihler Otto | Feed apparatus drive system |
| US4386516A (en) * | 1980-01-09 | 1983-06-07 | Wuensch Adolf | Automatic bending machine |
| CN102078904A (en) * | 2009-11-26 | 2011-06-01 | 韩汉兵 | Automatic hooping machine |
| CN202105940U (en) * | 2011-05-23 | 2012-01-11 | 建科机械（天津）股份有限公司 | Driving device of steel bar bending machine |
| CN202527619U (en) * | 2012-08-17 | 2012-11-14 | 韩汉兵 | Hooping force arm device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102527881A (en) | 2012-07-04 |
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