CN208680392U - High ductility cold-rolled ribbed bars process units - Google Patents
High ductility cold-rolled ribbed bars process units Download PDFInfo
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- CN208680392U CN208680392U CN201820808932.2U CN201820808932U CN208680392U CN 208680392 U CN208680392 U CN 208680392U CN 201820808932 U CN201820808932 U CN 201820808932U CN 208680392 U CN208680392 U CN 208680392U
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Abstract
The utility model discloses high ductility cold-rolled ribbed bars process units, including discharging motor, first rotating shaft, bottom plate, the bottom plate side is provided with shell, rewinding case is provided with above the bottom plate, stripper is provided with above the rewinding case, the stripper is provided with the second shaft close to the shell side, electric chopper is provided with above second shaft, the stripper is provided with the first rotating shaft far from second shaft side, is provided with photoelectricity proximity sensor above the first rotating shaft.Beneficial effect is: by being straightened before cold rolling to reinforcing bar, it ensure that the cold-rolled quality and appearance of reinforcing bar, by being straightened after cold rolling to reinforcing bar, reinforcing bar is corrected for because the phenomenon that reinforcing bar deformation occurs in cold rolling, by the way that annular proximity sensor, alarm is arranged, when reinforcing bar not can guarantee alignment, staff can be reminded to overhaul in time, avoid the occurrence of batch waste product.
Description
Technical field
The utility model relates to cold rolled reinforcing steel bar with ribs production fields, produce and fill more particularly to high ductility cold-rolled ribbed bars
It sets.
Background technique
Cold rolled reinforcing steel bar with ribs is referred to as rolled rib steel bar due to the shape with crescent cross rib, has intensity, tough
Property it is good, and with the adhesion strength of coagulation scholar big feature and be widely used, usual cold rolled reinforcing steel bar with ribs be applied to prestressing force
In cored slab, some quality problems can be made to obtain effectively solving and improving, in existing technology, cold rolled reinforcing steel bar with ribs production dress
It sets, is straightened after only carrying out once cold rolling to reinforcing bar, alignment effect is poor, is not straightened before cold rolling, is being easy to appear cold rolling muscle not just
The phenomenon that, reinforcing steel bar machinery performance is influenced, and without alignment detection and warning device, be easy to appear the bad batch of alignment effect
Waste product.
Utility model content
The purpose of this utility model is that solve the above-mentioned problems and provides high ductility cold-rolled ribbed bars production dress
It sets.
The utility model achieves the above object through the following technical schemes:
High ductility cold-rolled ribbed bars process units, including discharging motor, first rotating shaft, bottom plate, the bottom plate side are set
It is equipped with shell, rewinding case is provided with above the bottom plate, is provided with stripper above the rewinding case, the stripper is close to institute
It states shell side and is provided with the second shaft, be provided with electric chopper above second shaft, the stripper is far from described the
Two shaft sides are provided with the first rotating shaft, are provided with photoelectricity proximity sensor above the first rotating shaft, and described first turn
Axis is provided with support plate far from the stripper side, and the support plate is provided with the discharging far from the first rotating shaft side
Motor, the enclosure interior are provided with first annular proximity sensor close to the electric chopper side, described first annular to connect
Nearly sensor is provided with first level straightening-wheel far from the electric chopper side, is provided with below the first level straightening-wheel
First level is straightened connecting rod, and first level straightening-wheel rear is provided with the 4th horizontal straightening-wheel, the 4th horizontal school
The 4th horizontal alignment connecting rod is provided with below through ship, the first level straightening-wheel is far from the first annular proximity sensor
Side is provided with first longitudinal direction straightening-wheel, and first longitudinal direction alignment connecting rod is provided in front of the first longitudinal direction straightening-wheel, described
It is provided with the 4th longitudinal straightening-wheel above first longitudinal direction straightening-wheel, the 4th longitudinal school is provided in front of the described 4th longitudinal straightening-wheel
Straight connecting rods, the 4th longitudinal straightening-wheel are provided with the second cold rolling wheel far from first level straightening-wheel side, and described the
It is provided with the second cold rolling connecting rod in front of two cold rolling wheels, is provided with the first cold rolling wheel below the second cold rolling wheel, described first
It is provided with the first cold rolling connecting rod in front of cold rolling wheel, the first cold rolling wheel is provided with far from first longitudinal direction straightening-wheel side
Second annular proximity sensor, the described second annular proximity sensor top are provided with sensor connecting rod, second annular
Proximity sensor is provided with the second horizontal straightening-wheel far from the first cold rolling wheel side, sets below the second horizontal straightening-wheel
It is equipped with the second horizontal alignment connecting rod, the second horizontal straightening-wheel rear is provided with the horizontal straightening-wheel of third, the third water
Third level alignment connecting rod is provided with below flat straightening-wheel, the second horizontal straightening-wheel is far from the close biography of the second annular
Sensor side is provided with second longitudinal direction straightening-wheel, and second longitudinal direction alignment connecting rod is provided in front of the second longitudinal direction straightening-wheel,
It is provided with third longitudinal direction straightening-wheel above the second longitudinal direction straightening-wheel, it is vertical that third is provided in front of the straightening-wheel of the third longitudinal direction
To alignment connecting rod, the shell is provided with line arranging cage, the close electricity above the shell far from the electric chopper side
Dynamic cutter side is provided with alarm, and the alarm is provided with controller far from the electric chopper side, before the shell
Portion is provided with second Cold rolling motor, is provided with first Cold rolling motor above second Cold rolling motor.
In above structure, after powering on, the controller is controlled, and reinforcing bar enters among the line arranging cage, is worn
Cross the second longitudinal direction straightening-wheel, among the straightening-wheel of the third longitudinal direction, the second horizontal straightening-wheel, the horizontal school of the third
Among through ship, longitudinal for the first time and horizontal alignment is carried out, the described second annular proximity sensor is passed through, carries out alignment inspection for the first time
It surveys, when detecting unqualified, the alarm equipment alarm, among the first cold rolling wheel, the second cold rolling wheel, described first
Cold rolling motor, second Cold rolling motor starting, the first cold rolling wheel, the second cold rolling wheel carry out cold rolling to reinforcing bar, and
Reinforcing bar is driven to transport backward, reinforcing bar carries out second among the described 4th longitudinal straightening-wheel, the first longitudinal direction straightening-wheel
Longitudinal alignment, reinforcing bar carry out the second sub-level school among the first level straightening-wheel, the 4th horizontal straightening-wheel
Directly, reinforcing bar continues across the first annular proximity sensor, carries out second of alignment detection, when detecting unqualified, the report
Alert device alarm, when reinforcing bar continues to move to simultaneously close to the photoelectricity proximity sensor, the electric chopper starting, after cold rolling
Bar cutting, the discharging motor drive the stripper inclination primary, the reinforcing bar after cutting are fallen into the rewinding case.
In order to further ensure cold rolled reinforcing bar alignment effect and batch waste product is avoided the occurrence of, the bottom plate and the shell weld
It connects, second shaft is connect with the shell by bearing, and the support plate, the rewinding case are welded with the bottom plate respectively
Connect, the first rotating shaft is connect with the support plate by bearing, the discharging motor, the photoelectricity proximity sensor respectively with
The support plate is connected by screw to, and the first rotating shaft, second shaft are welded with the stripper respectively, the discharging
Motor is connect with the first rotating shaft by shaft coupling.
In order to further ensure cold rolled reinforcing bar alignment effect and avoid the occurrence of batch waste product, it is the electric chopper, described whole
Line cage, the controller, the alarm, the first annular proximity sensor are connected by screw to the shell respectively,
The first level alignment connecting rod, first longitudinal direction alignment connecting rod, second horizontal the alignment connecting rod, described second
Longitudinally alignment connecting rod, the sensor connecting rod, the 4th longitudinal alignment connection of longitudinal alignment connecting rod, the third
Bar, third level alignment connecting rod, the 4th horizontal alignment connecting rod respectively with the case weld.
In order to further ensure cold rolled reinforcing bar alignment effect and avoid the occurrence of batch waste product, the first level straightening-wheel with
The first level alignment connecting rod is connected by bearing, and the first longitudinal direction straightening-wheel and the first longitudinal direction are straightened connecting rod
It is connected by bearing, the described second annular proximity sensor and the sensor connecting rod are welded, the second horizontal straightening-wheel
It is connect with the described second horizontal alignment connecting rod by bearing, the second longitudinal direction straightening-wheel and second longitudinal direction alignment connect
Bar is connected by bearing.
In order to further ensure cold rolled reinforcing bar alignment effect and avoid the occurrence of batch waste product, third longitudinal direction straightening-wheel with
Longitudinally alignment connecting rod is connected the third by bearing, the described 4th longitudinal straightening-wheel and the 4th longitudinal alignment connecting rod
It being connected by bearing, the horizontal straightening-wheel of third is connect with third level alignment connecting rod by bearing, and the described 4th
Horizontal straightening-wheel is connect with the described 4th horizontal alignment connecting rod by bearing.
In order to further ensure cold rolled reinforcing bar alignment effect and avoid the occurrence of batch waste product, the second cold rolling wheel with it is described
The welding of second cold rolling connecting rod, the second cold rolling connecting rod connect with first Cold rolling motor by shaft coupling, and described the
One Cold rolling motor is connected by screw to the shell, and the first cold rolling wheel and the first cold rolling connecting rod are welded, described
First cold rolling connecting rod is connect with second Cold rolling motor by shaft coupling, and second Cold rolling motor passes through with the shell
Screw connection.
In order to further ensure cold rolled reinforcing bar alignment effect and avoid the occurrence of batch waste product, the discharging motor, described the
One annular proximity sensor, the second annular proximity sensor, the alarm, the electric chopper, the photoelectricity are close
Sensor, first Cold rolling motor, second Cold rolling motor are connect with the controller by conducting wire respectively.
Beneficial effect is: by being straightened before cold rolling to reinforcing bar, ensure that the cold-rolled quality and appearance of reinforcing bar, leads to
It crosses and reinforcing bar is straightened after cold rolling, correct for reinforcing bar because the phenomenon that reinforcing bar deformation occurs in cold rolling, approached by setting annular
Sensor, alarm can remind staff to overhaul in time when reinforcing bar not can guarantee alignment, avoid the occurrence of batch
Waste product.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of high ductility cold-rolled ribbed bars process units described in the utility model；
Fig. 2 is the overlooking structure diagram of high ductility cold-rolled ribbed bars process units described in the utility model；
Fig. 3 is the left view of high ductility cold-rolled ribbed bars process units described in the utility model；
Fig. 4 is the circuit structure flow diagram of high ductility cold-rolled ribbed bars process units described in the utility model.
Fig. 5 is the schematic diagram of solder-coated device.
The reference numerals are as follows:
1, discharging motor；2, support plate；3, first rotating shaft；4, bottom plate；5, rewinding case；6, stripper；7, the second shaft；8,
First annular proximity sensor；9, first level straightening-wheel；10, first level is straightened connecting rod；11, first longitudinal direction alignment connection
Bar；12, first longitudinal direction straightening-wheel；13, the first cold rolling wheel；14, the first cold rolling connecting rod；15, the second annular proximity sensor；
16, the second horizontal alignment connecting rod；17, second longitudinal direction straightening-wheel；18, second longitudinal direction is straightened connecting rod；19, line arranging cage；20,
Three longitudinal straightening-wheels；21, third is longitudinally straightened connecting rod；22, the second horizontal straightening-wheel；23, sensor connecting rod；24, second
Cold rolling wheel；25, the second cold rolling connecting rod；26, the 4th longitudinal straightening-wheel；27, the 4th longitudinal alignment connecting rod；28, controller；
29, alarm；30, shell；31, electric chopper；32, photoelectricity proximity sensor；33, the first Cold rolling motor；34, the horizontal school of third
Through ship；35, third level is straightened connecting rod；36, the 4th horizontal straightening-wheel；37, the 4th horizontal alignment connecting rod；38, second is cold
Roll motor.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing:
As Figure 1-Figure 4, high ductility cold-rolled ribbed bars process units, including discharging motor 1, first rotating shaft 3, bottom plate
4,4 side of bottom plate is provided with shell 30, and shell 30 plays protective action, and rewinding case 5 is provided with above bottom plate 4, and rewinding case 5 plays storage
Effect, is provided with stripper 6 above rewinding case 5, and stripper 6 plays discharging, and stripper 6 is provided with the close to 30 side of shell
Two shafts 7, the second shaft 7 play transmission effect, and electric chopper 31 is provided with above the second shaft 7, and electric chopper 31 plays cutting and makees
With stripper 6 is provided with first rotating shaft 3 far from 7 side of the second shaft, and first rotating shaft 3 plays transmission effect, 3 top of first rotating shaft
Be provided with photoelectricity proximity sensor 32,32 model E3Z-D61 of photoelectricity proximity sensor, photoelectricity proximity sensor 32 rise detection away from
From effect, first rotating shaft 3 is provided with support plate 2 far from 6 side of stripper, and support plate 2 plays a supportive role, and support plate 2 is far from
One shaft, 3 side is provided with discharging motor 1, and discharging motor 1, which serves, provides power, and 30 inside of shell is close to electric chopper 31 1
Side is provided with first annular proximity sensor 8, first annular 8 model SO-XM12N1 of proximity sensor, first annular close biography
Sensor 8 plays detection alignment effect, and first annular proximity sensor 8 is provided with first level school far from 31 side of electric chopper
Through ship 9, first level straightening-wheel 9 play alignment, and first level alignment connecting rod is provided with below first level straightening-wheel 9
10, first level alignment connecting rod 10 plays connection function, and 9 rear of first level straightening-wheel is provided with the 4th horizontal straightening-wheel 36,
4th horizontal straightening-wheel 36 plays alignment, and the 4th horizontal alignment connecting rod 37 is provided with below the 4th horizontal straightening-wheel 36, the
Four horizontal alignment connecting rods 37 play connection function, and first level straightening-wheel 9 is provided with far from first annular 8 side of proximity sensor
First longitudinal direction straightening-wheel 12, first longitudinal direction straightening-wheel 12 play alignment, and it is vertical that first is provided in front of first longitudinal direction straightening-wheel 12
To alignment connecting rod 11, first longitudinal direction alignment connecting rod 11 plays connection function, is provided with the 4th above first longitudinal direction straightening-wheel 12
Longitudinal straightening-wheel 26, the 4th longitudinal straightening-wheel 26 play alignment, the 4th longitudinal school are provided in front of the 4th longitudinal straightening-wheel 26
Straight connecting rods 27, the 4th longitudinal alignment connecting rod 27 play connection function, and the 4th longitudinal straightening-wheel 26 is far from first level straightening-wheel 9
Side is provided with the second cold rolling wheel 24, and the second cold rolling wheel 24 plays cold rolling, is provided with the second cold rolling in front of the second cold rolling wheel 24
Connecting rod 25, the second cold rolling connecting rod 25 play connection function, the first cold rolling wheel 13 are provided with below the second cold rolling wheel 24, first is cold
It rolls wheel 13 and plays cold rolling, the first cold rolling connecting rod 14,14 company of rising of the first cold rolling connecting rod are provided in front of the first cold rolling wheel 13
Effect is connect, the first cold rolling wheel 13 is provided with the second annular proximity sensor 15, the second ring far from 12 side of first longitudinal direction straightening-wheel
15 model SO-XM12N1 of shape proximity sensor, the second annular proximity sensor 15 play detection alignment effect, the second annular
Sensor connecting rod 23 is provided with above proximity sensor 15, sensor connecting rod 23 plays connection function, and the second annular is close to be passed
Sensor 15 is provided with the second horizontal straightening-wheel 22 far from 13 side of the first cold rolling wheel, and the second horizontal straightening-wheel 22 plays alignment,
The second horizontal alignment connecting rod 16 is provided with below second horizontal straightening-wheel 22, the second horizontal alignment connecting rod 16 plays connection and makees
With the second horizontal 22 rear of straightening-wheel is provided with the horizontal straightening-wheel 34 of third, and the horizontal straightening-wheel 34 of third plays alignment, third
Third level alignment connecting rod 35 is provided with below horizontal straightening-wheel 34, third level alignment connecting rod 35 plays connection function, the
Two horizontal straightening-wheels 22 are provided with second longitudinal direction straightening-wheel 17, second longitudinal direction alignment far from the second 15 side of annular proximity sensor
It takes turns 17 and plays alignment, second longitudinal direction alignment connecting rod 18 is provided in front of second longitudinal direction straightening-wheel 17, second longitudinal direction alignment connects
Extension bar 18 plays connection function, and third longitudinal direction straightening-wheel 20, third longitudinal direction straightening-wheel 20 are provided with above second longitudinal direction straightening-wheel 17
Play alignment, third longitudinally alignment connecting rod 21 is provided in front of third longitudinal direction straightening-wheel 20, third is longitudinally straightened connecting rod
21 connection functions, shell 30 are provided with line arranging cage 19 far from 31 side of electric chopper, and line arranging cage 19 plays reinforcing bar arrangement, shell
30 top of body is provided with alarm 29,29 model LTE-1101J of alarm close to 31 side of electric chopper, and alarm 29 plays report
Alert effect, alarm 29 are provided with controller 28,28 model KY12S of controller, controller 28 far from 31 side of electric chopper
Control action is played, 30 front of shell is provided with the second Cold rolling motor 38, and the second Cold rolling motor 38, which serves, provides power, and second is cold
It rolls and is provided with the first Cold rolling motor 33 above motor 38, the first Cold rolling motor 33, which serves, provides power.
In above structure, after powering on, controller 28 is controlled, and reinforcing bar enters among line arranging cage 19, passes through the
Among two longitudinal straightening-wheels 17, third longitudinal direction straightening-wheel 20, among the second horizontal straightening-wheel 22, the horizontal straightening-wheel 34 of third, into
The longitudinal for the first time and horizontal alignment of row, passes through the second annular proximity sensor 15, carries out alignment detection for the first time, detect unqualified
When, alarm 29 is alarmed, among the first cold rolling wheel 13, the second cold rolling wheel 24, the first Cold rolling motor 33, the second Cold rolling motor
38 startings, the first cold rolling wheel 13, the second cold rolling wheel 24 carry out cold rolling to reinforcing bar, and reinforcing bar are driven to transport backward, and reinforcing bar passes through the
Among four longitudinal straightening-wheels 26, first longitudinal direction straightening-wheel 12, second of longitudinal alignment is carried out, reinforcing bar passes through first level straightening-wheel
9, among the 4th horizontal straightening-wheel 36, the second sub-level alignment is carried out, reinforcing bar continues across first annular proximity sensor 8, into
Second of alignment detection of row, when detecting unqualified, alarm 29 is alarmed, when reinforcing bar continues to move to and close to photoelectricity proximity sensor
When 32, electric chopper 31 starts, and to the bar cutting after cold rolling, discharging motor 1 drives stripper 6 to tilt once, after cutting
Reinforcing bar fall into rewinding case 5.
In order to further ensure cold rolled reinforcing bar alignment effect and batch waste product is avoided the occurrence of, bottom plate 4 and shell 30 weld, the
Two shafts 7 are connect with shell 30 by bearing, and support plate 2, rewinding case 5 are welded with bottom plate 4 respectively, first rotating shaft 3 and support plate 2
It is connected by bearing, discharging motor 1, photoelectricity proximity sensor 32 are connected by screw to support plate 2 respectively, first rotating shaft 3,
Two shafts 7 are welded with stripper 6 respectively, and discharging motor 1 is connect with first rotating shaft 3 by shaft coupling, electric chopper 31, line arranging cage
19, controller 28, alarm 29, first annular proximity sensor 8 are connected by screw to shell 30 respectively, first level alignment
Connecting rod 10, the horizontal alignment connecting rod 16 of first longitudinal direction alignment connecting rod 11, second, second longitudinal direction are straightened connecting rod 18, third
Longitudinal alignment connecting rod 21, sensor connecting rod 23, the 4th longitudinal alignment connecting rod 27, third level alignment connecting rod, 35 the
Four horizontal alignment connecting rods 37 are welded with shell 30 respectively, and first level straightening-wheel 9 passes through with first level alignment connecting rod 10
Bearing connection, first longitudinal direction straightening-wheel 12 are connect with first longitudinal direction alignment connecting rod 11 by bearing, the close sensing of the second annular
Device 15 and sensor connecting rod 23 are welded, and the second horizontal straightening-wheel 22 is connect with the second horizontal alignment connecting rod 16 by bearing,
Second longitudinal direction straightening-wheel 17 is connect with second longitudinal direction alignment connecting rod 18 by bearing, and third longitudinal direction straightening-wheel 20 and third are longitudinal
It is straightened connecting rod 21 to connect by bearing, the 4th longitudinal straightening-wheel 26 is connected with the 4th longitudinal alignment connecting rod 27 by bearing
It connects, the horizontal straightening-wheel 34 of third is connect with third level alignment connecting rod 35 by bearing, the 4th horizontal straightening-wheel 36 and the 4th
Level alignment connecting rod 37 is connected by bearing, and the second cold rolling wheel 24 and the second cold rolling connecting rod 25 are welded, the second cold rolling connection
Bar 25 is connect with the first Cold rolling motor 33 by shaft coupling, and the first Cold rolling motor 33 is connected by screw to shell 30, and first is cold
It rolls wheel 13 and the first cold rolling connecting rod 14 is welded, the first cold rolling connecting rod 14 is connect with the second Cold rolling motor 38 by shaft coupling,
Second Cold rolling motor 38 is connected by screw to shell 30, and discharging motor 1, the 8, second annular of first annular proximity sensor are close
Sensor 15, alarm 29, electric chopper 31, photoelectricity proximity sensor 32, the first Cold rolling motor 33, the second Cold rolling motor 38 divide
It is not connect with controller 28 by conducting wire.
The reinforcing bar needs welding that high ductility cold-rolled ribbed bars process units is produced forms welded mesh and is used for subsequent construction,
In order to improve the weld strength of reinforcing bar, the length direction of longitudinal reinforcement is provided with spaced apart first annular groove, and lateral steel
The length direction of muscle is also equipped with spaced apart annular groove, when transverse steel and longitudinal reinforcement are welded, the first annular groove and
Second annular groove cooperates, so that forming biggish welding surface at this, therefore considers to produce in high ductility cold-rolled ribbed bars and fill
The discharge port for the rewinding case set is provided with the solder-coated device that solder-coated is carried out in the first annular groove for longitudinal reinforcement
100,
The solder-coated device 100 includes solder lower hopper 101, reinforcing bar charging mold core 102 and reinforcing steel bar discharge die sleeve
103, the reinforcing bar charging mold core 102 is installed on the inducer in reinforcing steel bar discharge die sleeve 103, the reinforcing steel bar discharge die sleeve 103
Discharge port is provided with an annular die sleeve reinforcing sleeve 105, and the discharge port of the reinforcing bar charging mold core 102 is provided with an annular
Mold core reinforcing sleeve 104, mold core reinforcing sleeve 104 is consistent with the internal diameter of die sleeve reinforcing sleeve 105, and mold core reinforcing sleeve 104 and die sleeve add
Strong set 105 feeds mold core 102 with reinforcing bar respectively and reinforcing steel bar discharge die sleeve 103 is threadedly coupled, therefore according to various sizes of reinforcing bar
Adjustable various sizes of mold core reinforcing sleeve 104 and die sleeve reinforcing sleeve 105, the solder lower hopper 101 are located at reinforcing steel bar discharge
The top of die sleeve 103, the solder feed inlet of the discharge port connection reinforcing steel bar discharge die sleeve 103 of solder lower hopper 101, reinforcing steel bar discharge mould
The weldering of a discharge port along the slave solder feed inlet of reinforcing bar direction of travel to reinforcing steel bar discharge die sleeve 103 is provided in set 103
Expect channel 106, filled up in the annular groove of 106 reinforcing bar of solder channel by solder, in reinforcing bar from the discharge port of reinforcing steel bar discharge die sleeve 103
When discharging, due to the effect of die sleeve reinforcing sleeve 105, the solder of rebar surface is stripped off, and the solder in annular groove is left behind, in reinforcing bar
Go out after solder-coated device 100 due to having solder in the annular groove of reinforcing bar, relatively firm, shape can be welded in welding
At larger welding surface.
The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry
It should be appreciated that the present utility model is not limited to the above embodiments, the above embodiments and description only describe this
The principle of utility model, on the premise of not departing from the spirit and scope of the utility model, the utility model also has various change
And improvement, these various changes and improvements fall within the scope of the claimed invention.
Claims (8)
1. high ductility cold-rolled ribbed bars process units, it is characterised in that: including discharging motor (1), first rotating shaft (3), bottom plate
(4), bottom plate (4) side is provided with shell (30), is provided with rewinding case (5) above the bottom plate (4), the rewinding case
(5) top is provided with stripper (6), and the stripper (6) is provided with the second shaft (7), institute close to the shell (30) side
It states and is provided with electric chopper (31) above the second shaft (7), the stripper (6) is arranged far from the second shaft (7) side
Have the first rotating shaft (3), is provided with photoelectricity proximity sensor (32) above the first rotating shaft (3), the first rotating shaft (3)
It is provided with support plate (2) far from the stripper (6) side, the support plate (2) is arranged far from the first rotating shaft (3) side
Have the discharging motor (1), the shell (30) is internal to be provided with first annular approach close to the electric chopper (31) side
Sensor (8), the first annular proximity sensor (8) are provided with first level alignment far from the electric chopper (31) side
It takes turns (9), first level alignment connecting rod (10), the first level alignment is provided with below the first level straightening-wheel (9)
Wheel (9) rear is provided with the 4th horizontal straightening-wheel (36), is provided with the 4th horizontal school below the 4th horizontal straightening-wheel (36)
Straight connecting rods (37), the first level straightening-wheel (9) are provided with first far from first annular proximity sensor (8) side
Longitudinal straightening-wheel (12), is provided with first longitudinal direction alignment connecting rod (11) in front of the first longitudinal direction straightening-wheel (12), and described the
It is provided with the 4th longitudinal straightening-wheel (26) above one longitudinal straightening-wheel (12), is provided in front of the described 4th longitudinal straightening-wheel (26)
4th longitudinal alignment connecting rod (27), the described 4th longitudinal straightening-wheel (26) set far from first level straightening-wheel (9) side
It is equipped with the second cold rolling wheel (24), is provided with the second cold rolling connecting rod (25) in front of the second cold rolling wheel (24), described second is cold
It rolls and is provided with the first cold rolling wheel (13) below wheel (24), be provided with the first cold rolling connecting rod in front of the first cold rolling wheel (13)
(14), the first cold rolling wheel (13) is provided with the second annular proximity sensor far from first longitudinal direction straightening-wheel (12) side
(15), it is provided with sensor connecting rod (23) above the described second annular proximity sensor (15), second annular is close to be passed
Sensor (15) is provided with the second horizontal straightening-wheel (22), the second horizontal straightening-wheel far from the first cold rolling wheel (13) side
(22) lower section is provided with the second horizontal alignment connecting rod (16), and second horizontal straightening-wheel (22) rear is provided with third level
Straightening-wheel (34), the horizontal straightening-wheel of third (34) lower section are provided with third level alignment connecting rod (35), second water
Flat straightening-wheel (22) is provided with second longitudinal direction straightening-wheel (17) far from described second annular proximity sensor (15) side, and described the
It is provided with second longitudinal direction alignment connecting rod (18) in front of two longitudinal straightening-wheels (17), is set above the second longitudinal direction straightening-wheel (17)
It is equipped with third longitudinal direction straightening-wheel (20), third longitudinally alignment connecting rod is provided in front of third longitudinal direction straightening-wheel (20)
(21), the shell (30) is provided with line arranging cage (19) far from the electric chopper (31) side, leans on above the shell (30)
Nearly electric chopper (31) side is provided with alarm (29), and the alarm (29) is far from the electric chopper (31) side
It is provided with controller (28), shell (30) front is provided with the second Cold rolling motor (38), second Cold rolling motor (38)
Top is provided with the first Cold rolling motor (33).
2. high ductility cold-rolled ribbed bars process units according to claim 1, it is characterised in that: the bottom plate (4) with
The shell (30) welding, second shaft (7) are connect with the shell (30) by bearing, the support plate (2), described
Rewinding case (5) is welded with the bottom plate (4) respectively, and the first rotating shaft (3) is connect with the support plate (2) by bearing, institute
State discharging motor (1), the photoelectricity proximity sensor (32) is connected by screw to the support plate (2) respectively, described first
Shaft (3), second shaft (7) are welded with the stripper (6) respectively, the discharging motor (1) and the first rotating shaft
(3) it is connected by shaft coupling.
3. high ductility cold-rolled ribbed bars process units according to claim 1, it is characterised in that: the electric chopper
(31), the line arranging cage (19), the controller (28), the alarm (29), the first annular proximity sensor (8) point
It is not connected by screw to the shell (30), first level alignment connecting rod (10), first longitudinal direction alignment connection
Bar (11), second horizontal alignment connecting rod (16), second longitudinal direction alignment connecting rod (18), the third are longitudinally straightened
Connecting rod (21), the sensor connecting rod (23), the 4th longitudinal alignment connecting rod (27), third level alignment connect
Extension bar (35), the 4th horizontal alignment connecting rod (37) are welded with the shell (30) respectively.
4. high ductility cold-rolled ribbed bars process units according to claim 1, it is characterised in that: the first level school
Through ship (9) and the first level alignment connecting rod (10) are connect by bearing, the first longitudinal direction straightening-wheel (12) with it is described
First longitudinal direction is straightened connecting rod (11) and is connected by bearing, and the described second annular proximity sensor (15) connect with the sensor
Bar (23) welding, the second horizontal straightening-wheel (22) are connect with the described second horizontal alignment connecting rod (16) by bearing, institute
It states second longitudinal direction straightening-wheel (17) and is connect with second longitudinal direction alignment connecting rod (18) by bearing.
5. high ductility cold-rolled ribbed bars process units according to claim 1, it is characterised in that: third longitudinal direction school
Longitudinally alignment connecting rod (21) is connect by bearing for through ship (20) and the third, the 4th longitudinal direction straightening-wheel (26) with it is described
4th longitudinal alignment connecting rod (27) is connected by bearing, and the horizontal straightening-wheel of third (34) and third level alignment connect
Extension bar (35) is connected by bearing, and the 4th horizontal straightening-wheel (36) and the 4th horizontal alignment connecting rod (37) pass through axis
Hold connection.
6. high ductility cold-rolled ribbed bars process units according to claim 1, it is characterised in that: the second cold rolling wheel
(24) it is welded with the second cold rolling connecting rod (25), the second cold rolling connecting rod (25) and first Cold rolling motor (33)
It is connected by shaft coupling, first Cold rolling motor (33) is connected by screw to the shell (30), the first cold rolling wheel
(13) it is welded with the first cold rolling connecting rod (14), the first cold rolling connecting rod (14) and second Cold rolling motor (38)
It is connected by shaft coupling, second Cold rolling motor (38) is connected by screw to the shell (30).
7. high ductility cold-rolled ribbed bars process units according to claim 1, it is characterised in that: the discharging motor
(1), the first annular proximity sensor (8), the second annular proximity sensor (15), the alarm (29), described
Electric chopper (31), the photoelectricity proximity sensor (32), first Cold rolling motor (33), second Cold rolling motor (38)
It is connect respectively with the controller (28) by conducting wire.
8. high ductility cold-rolled ribbed bars process units according to claim 1, it is characterised in that: high ductility is cold-rolled ribbed
The discharge port of the rewinding case of reinforcing bar producing device is provided with the solder that solder-coated is carried out in the first annular groove for longitudinal reinforcement
Coating unit, the solder-coated device include solder lower hopper, reinforcing bar charging mold core and reinforcing steel bar discharge die sleeve, the reinforcing bar
Charging mold core is installed on the inducer in reinforcing steel bar discharge die sleeve, the discharge port of the reinforcing steel bar discharge die sleeve be provided with one it is annular
The discharge port of die sleeve reinforcing sleeve, the reinforcing bar charging mold core is provided with an annular mold core reinforcing sleeve, mold core reinforcing sleeve and mould
The internal diameter for covering reinforcing sleeve is consistent, and mold core reinforcing sleeve and die sleeve reinforcing sleeve feed mold core and reinforcing steel bar discharge die sleeve screw thread with reinforcing bar respectively
Connection, the solder lower hopper are located at the top of reinforcing steel bar discharge die sleeve, and the discharge port of solder lower hopper connects reinforcing steel bar discharge die sleeve
Solder feed inlet, be provided with a slave solder feed inlet along reinforcing bar direction of travel to reinforcing steel bar discharge in reinforcing steel bar discharge die sleeve
The solder channel of the discharge port of die sleeve.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108526353A (en) * | 2018-05-27 | 2018-09-14 | 江阴市建鑫金属有限公司 | High ductility cold-rolled ribbed bars process units and its production method |
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