CN205281550U - Material counting assembly is cut to pole - Google Patents
Material counting assembly is cut to pole Download PDFInfo
- Publication number
- CN205281550U CN205281550U CN201521077871.XU CN201521077871U CN205281550U CN 205281550 U CN205281550 U CN 205281550U CN 201521077871 U CN201521077871 U CN 201521077871U CN 205281550 U CN205281550 U CN 205281550U
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- Prior art keywords
- locating support
- steel
- bar
- counting assembly
- location bar
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Abstract
The utility model discloses a material counting assembly is cut to pole has solved the extravagant manpower and materials of adoption manual count, the problem of still makeing mistakes easily simultaneously, and its technical scheme main points are including locating support and locating lever, and the locating lever can move on the locating support and conflict each other with steel, still is equipped with on the locating support to be used for detecting the detection device that the locating lever moved number of times and output count signal, and detection device is last to be connected with the counter with the receipt count signal that detection device was exported, the utility model discloses a contradict back and pushed up by steel and removing until stopping of material counting assembly is cut to pole, locating lever and steel, rethread cutting mechanism cuts steel, detects the number of times that the locating lever removed in the locating support through detection device simultaneously, will count and realize counting after signal transmission gives the counter to realize the function through automatic counting, reduced the problem that manual count brought.
Description
Technical field
This utility model relates to bar cutting-off machine, more specifically, it relates to a kind of pole cuts material counting assembly.
Background technology
At metal processing sectors, often carrying out the blanking of metal bar material such as round steel, conventional cutting mode is to adopt bar cutting-off machine to carry out shearing blanking, thus bar cutting-off machine is widely used in the field such as intermetallic composite coating, building materials construction, the bar cutting-off machine of prior art, including feed mechanism, cutting mechanism and detent mechanism, the round steel of strip is transmitted by feed mechanism by the roller being arranged on body, until being transferred to the position of cutting mechanism, thus this round steel is cut, cutting mechanism includes quiet cutter and moving knife, quiet cutter is fixing with body to be connected, moving knife then moves to steel under the driving of driving device, make to realize cutting off the function of steel by the common effect of quiet cutter with moving knife, detent mechanism includes locating support and location bar, location bar is used for and the steel of transmission are conflicted mutually, so that the steel extending in cutting mechanism are certain length, can effectively ensure to realize the cutting of steel fixed length by positioning bar.
Novel round steel cutting machine disclosed in application number 201410366063.9, it mainly includes tool units for cutting devices and feed mechanism, feed mechanism includes storing unit, turns material unit and feeding unit, wherein, storing unit includes antinose-dive leg, turns material platform and material storing box, the bottom side of material storing box is provided with the round steel outlet of bar shaped and relative opposite side is provided with a turn material propelling movement mouth, turning material platform end face and be provided with the groove of bar shaped, groove exports corresponding side and is inclined-plane and expects that the side pushing mouth corresponding is cambered surface with turning with round steel; Turning material unit and include multiple propelling movement oil cylinder and push rod, push rod pushes in mouth at a turn material and moves reciprocatingly towards round steel Way out; Feeding unit includes cradle, roller groove and roller, roller groove is paralleled with round steel outlet, and roller transmission each other is connected, and roller is also connected with reducing motor, by such scheme, can effectively solve the problem that the problem generally adopting the mode of artificial loading to bring.
Bar cutting-off machine disclosed in application number 201010151948.9, it mainly includes stationary knife, moving knife, master cylinder, stationary knife is fixed on cutting of cutting machine body and expects mouth place, moving knife is arranged on moving knife seat, moving knife seat is connected with the piston rod of master cylinder, and charging aperture and the discharge outlet at body is respectively equipped with the material pressing device in order to the clamping round steel when shearing and material-supporting device. By adopting such scheme by hydraulic pressure as shearing power so that shearing force is bigger, and action is more steadily made an uproar more, and sound is little, and shear history will not produce metal fragment, spark, improves processing safety.
But in use still can there is various problem. Such as, in cutting process, in order to obtain a number of steel, then needing to appoint operator that the steel after being cut are counted, by artificial counting to obtain required steel quantity, but there is very big unstability in artificial counting, even operator are owing to deserting or not noting, then there is the risk of miscalculation or omission, thus the steel of accurate quantity also cannot be obtained, so current used bar cutting-off machine has certain room for improvement.
Utility model content
For the deficiency that prior art exists, the purpose of this utility model is in that to provide a kind of pole to cut material counting assembly, can realize automatically the tubing cut down being counted.
For achieving the above object, this utility model provides following technical scheme: a kind of pole cuts material counting assembly, including locating support and location bar, described location bar can move on locating support and mutually conflict with steel, described locating support is additionally provided with and moves number of times for detection and location bar and export the detecting device of count signal, described detecting device is connected to the count signal that enumerator exports with receiving detection device.
Adopt such scheme, heading on after location bar is conflicted with steel and by steel moves until stopping after conflicting with locating support, cut to cut off steel to steel again through cutting mechanism, location bar can return to initial position to wait the conflict next time of steel afterwards, by detecting device, location bar number of times of movement in locating support is detected simultaneously, counting is realized after count signal is transferred to enumerator, it is achieved thereby that by the function of counting automatically, reduce the problem that artificial counting brings, greatly reduce manpower and materials, improve work efficiency, avoid the occurrence of the situation of miscalculation or omission.
As preferably, described location bar includes liftout head, sliding bar and mounting rod, and described mounting rod is fixing with locating support to be connected, and described liftout head is fixing with sliding bar to be connected, and described liftout head is conflicted mutually with steel, and described sliding bar is connected with mounting rod sliding.
Adopt such scheme, make to move by whole location bar, reduce the difficulty that equipment produces, the sliding bar having only to comprise on the bar of location moves, conflicted to be headed on movement by steel with steel by liftout head, sliding bar is also moved under the drive of liftout head simultaneously, thus realizing mobile status, it is easy to detecting device detect, if equipment positions any parts damages in bar in operation, have only to change the parts wherein damaged, it is not necessary to change whole location bar, reduce maintenance cost.
As preferably, being provided with between described sliding bar and mounting rod when liftout head and sliding bar are returned to the resetting means of initial position after moving.
Adopt such scheme, liftout head is made to head on mobile to stopping at steel with sliding bar, and after steel device to be cut cuts off, namely liftout head is no longer lived by steel with sliding masthead, and thereby through resetting means, liftout head and sliding bar can return to initial position under the effect of resetting means, to wait ejecting of steel next time, realization is reused, it is simple to realize repeatedly ejecting and resetting so that detecting device detects, it is to avoid detection fails to the problem of counting to be occurred.
As preferably, described resetting means includes elastic component, described mounting rod is provided with mean for the chute that sliding bar wears, described mounting rod is additionally provided with the placing trough placed for elastic component, described placing trough connects with chute, one end of described elastic component is connected with liftout head, and the other end is connected with the diapire of placing trough.
Adopt such scheme, structure set by elastic component is simpler, have only to two ends conflict and namely can be implemented in when being extruded and reset, facilitate implementation, according to other resetting-mechanisms, for instance adopt cylinder etc., then need additionally to arrange a controller, namely only just resetting after steel have been cut, whole process is excessively complicated, is unfavorable for that maintenance produces.
As preferably, described detecting device includes detecting element and detection plate, described detection sleeve-board is located on the bar of location and moves along with location bar and move, described detecting element is for the position of detection plate, when detecting plate and moving to detecting element, then detecting element exports count signal and by count signal transmission to enumerator.
As preferably, described detecting element is infrared induction probe and/or microswitch.
Adopt such scheme, whether detection plate is moved to detecting element by detecting element is detected, so that detection has an object of reference, avoid the occurrence of the situation of error detection, improve the reliability of detection, popped one's head in by infrared induction simultaneously or microswitch can realize detection, both can also carry out detecting to reduce the risk of the generation of maloperation simultaneously, the detection of infrared induction probe is then by blocking infrared induction probe to realize detection in detection plate moving process, the detection of microswitch is then by pressing microswitch to realize detection in test section moving process, the mode of two kinds of detections is all very simple and convenient, easy to use.
As preferably, described locating support is additionally provided with the governor motion for regulating location bar front and back position, described governor motion includes regulating part, described regulating part is sheathed on the bar of location, the inwall of described regulating part is located at plus thread, the outer wall of described location bar is provided with the left-hand thread coordinated with plus thread, conflicts with locating support in the side of described regulating part.
Adopting such scheme, the front and back position of location bar can be adjusted by regulating part, so that the position that steel are conflicted with location bar after stretching out changes, it is achieved regulate the length of cutting steel, whole governor motion simple in construction and facilitating implementation.
As preferably, also including body, described body is provided with the position-limit mechanism for limiting locating support position.
As preferably, described position-limit mechanism includes extension spring, and the upper end of described locating support and frame are conflicted mutually, and the lower end of described locating support is connected with frame by extension spring.
Adopt such scheme, bar cutting-off machine in use can along with vibrations, and shake every time and all can cause that slight rotation occurs locating support, thus producing cumulative error, repeatedly after vibrations, location bar is deflected along with locating support, cause that location bar cannot mutually be conflicted with steel and be caused location bar will not be withstood by steel and move, and then cannot be carried out detection, namely tally function cannot be realized, support is conflicted by one end, the other end is held by extension spring, original initial position can be retracted by extension spring again after locating support is rotated, locating support is avoided to rotate, improve the stability of structure.
As preferably, one end that described location bar is conflicted with steel is located close to moving knife side.
Adopt such scheme, make location bar when returning to initial position, can again conflict with the steel being transmitted into and cut to without there is driven knife, improve safety, and also can make the steel can lopsidedness in the past after driven knife has been cut, it is easy to drop, it is to avoid steel are occurred by withstanding situation about cannot fall.
This utility model is in terms of existing technologies:
1, by detecting device, location bar number of times of movement in locating support is detected, after count signal is transferred to enumerator, realize counting, it is achieved thereby that by the function of counting automatically, reduce the problem that artificial counting brings.
Accompanying drawing explanation
In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, the accompanying drawing used required in embodiment or description of the prior art will be briefly described below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the premise not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the structural representation one of the present embodiment;
Fig. 2 is the structural representation two of the present embodiment;
Fig. 3 is the structural representation three of the present embodiment;
Fig. 4 is the structural representation four of the present embodiment;
Fig. 5 is the sectional view in A-A portion in Fig. 4;
Fig. 6 is the enlarged diagram in B portion in Fig. 5.
In figure: 1, locating support; 2, location bar; 21, liftout head; 22, sliding bar; 23, mounting rod; 3, detecting device; 31, detecting element; 32, detection plate; 4, resetting means; 41, elastic component; 42, chute; 43, placing trough; 5, governor motion; 51, regulating part; 6, body; 7, position-limit mechanism; 71, extension spring.
Detailed description of the invention
Below in conjunction with accompanying drawing, this utility model is described in further detail.
This specific embodiment is only to explanation of the present utility model; it is not to restriction of the present utility model; the present embodiment can be made the amendment not having creative contribution as required by those skilled in the art after reading this specification, but as long as being affected by the protection of Patent Law in right of the present utility model.
The disclosed a kind of pole of the present embodiment cuts material counting assembly, including locating support 1 and location bar 2, the upper end of locating support 1 is sheathed on the fixing axle of body 6, by two bolts, locating support 1 is fixed on locating shaft, and location bar 2 is arranged on locating support 1, so that location bar 2 can be conflicted with the steel being transmitted, one end that location bar 2 and steel are conflicted is located close to moving knife side, make location bar 2 when returning to initial position, can again conflict with the steel being transmitted into and cut to without there is driven knife, improve safety, and also can make the steel can lopsidedness in the past after driven knife has been cut, it is easy to drop, steel are avoided to be occurred by withstanding situation about cannot fall.
Locating support 1 is additionally provided with the governor motion 5 for regulating location bar 2 front and back position, governor motion 5 includes regulating part 51, regulating part 51 is preferably nut, regulating part 51 is sheathed on the bar 2 of location, the inwall of regulating part 51 is located at plus thread, the outer wall of location bar 2 is provided with the left-hand thread coordinated with plus thread, the side of regulating part 51 and locating support 1 are conflicted, the front and back position of location bar 2 can be adjusted by regulating part 51, so that steel change with the position positioning bar 2 conflict after stretching out, realize regulating the length of cutting steel, whole governor motion 5 simple in construction and facilitating implementation.
Bar cutting-off machine also includes body 6, body 6 is provided with the position-limit mechanism 7 for limiting locating support 1 position, position-limit mechanism 7 includes extension spring 71, the upper end of locating support 1 and frame are conflicted mutually, the lower end of locating support 1 is connected with frame by extension spring 71, bar cutting-off machine in use can along with vibrations, and shake every time and all can cause that slight rotation occurs locating support 1, thus producing cumulative error, repeatedly after vibrations, location bar 2 is deflected along with locating support 1, cause that location bar 2 cannot mutually be conflicted with steel and be caused location bar 2 will not be withstood by steel and move, and then cannot be carried out detection, namely tally function cannot be realized, support is conflicted by one end, the other end is held by extension spring 71, original initial position can be retracted by extension spring 71 again after locating support 1 is rotated, locating support 1 is avoided to rotate, improve the stability of structure.
Location bar 2 can move on locating support 1 and mutually conflict with steel, locating support 1 is additionally provided with and moves number of times for detection and location bar 2 and export the detecting device 3 of count signal, detecting device 3 is connected to the count signal that enumerator exports with receiving detection device 3.
Can be in the following ways about arranging of bar 2 of location:
Embodiment one, not shown, location bar 2 is that is as a whole, locating support 1 is provided with mean for the perforating that location bar 2 wears, location bar 2 is arranged in installation, the front end of location bar 2 is liftout head 21, namely the steel being transferred into cutting mechanism are conflicted mutually with liftout head 21, so that steel are fixed, it is easy to cutting mechanism cut, locating support 1 is additionally provided with resetting means 4 simultaneously, resetting means 4 is preferably cylinder, when location bar 2 is ejected until positioning bar 2 and mutually conflicting with locating support 1, now namely location bar 2 moving contact is fixed, and steel are cut by cutting mechanism after conflicting with liftout head 21, after cutting completes, position bar 2 by air cylinder driven and return to initial position so that use next time.
Embodiment two, location bar 2 includes liftout head 21, sliding bar 22 and mounting rod 23, mounting rod 23 is fixing with locating support 1 to be connected, liftout head 21 is fixing with sliding bar 22 to be connected, and liftout head 21 conflicts mutually with steel, sliding bar 22 is connected with mounting rod 23 sliding, mounting rod 23 is provided with mean for the chute 42 that sliding bar 22 wears, mounting rod 23 is additionally provided with the placing trough 43 placed for elastic component 41, placing trough 43 connects with chute 42, liftout head 21 is provided with installation axle, axle is installed match with the shape size of chute 42, making to install axle can sliding free with chute 42, and sliding bar 22 is provided with screw rod near installation axle side, and install and axle is provided with mean for the screwed hole that screw rod wears, threaded to realize fixing with installing axle by screw rod, it should be noted that herein, screw rod is together with installing axle and can being relatively fixed by screw thread, or can pass through bonding, the ways customary such as clamping reach the purpose of fixing connection, above-mentioned connected mode, it it is all technological means well-known to those skilled in the art, it is not described further herein, thus realizing promoting liftout head 21 by steel, namely sliding bar 22 function of sliding in chute 42 can be driven.
It is provided with when liftout head 21 and sliding bar 22 are returned to the resetting means 4 of initial position after moving between sliding bar 22 and mounting rod 23, resetting means 4 includes elastic component 41, in one embodiment, elastic component 41 is preferably spring, spring housing is located on screw rod, conflict with the installation axle in liftout head 21 and be connected in the one end making elastic component 41, the other end is conflicted with the diapire of placing trough 43 and is connected, when making steel promote liftout head 21, can pass through axle extrusion spring is installed, make spring generation elastic deformation, liftout head 21 and sliding bar 22 sliding in chute 42 simultaneously, until liftout head 21 is conflicted with mounting rod 23 mutually near mounting rod 23 side, now the length of steel is determined, namely cutting can be made directly by cutter sweep, in one embodiment, elastic component 41 is preferably extension spring 71 or U-shaped spring, and the occupation mode of the elastic component 41 in the present embodiment is all identical with the occupation mode of above-mentioned spring, therefore is not detailed.
Detecting device 3 includes detecting element 31 and detection plate 32, detection plate 32 is sheathed on the bar 2 of location and moves along with location bar 2 and move, detecting element 31 is for the position of detection plate 32, when detecting plate 32 and moving to detecting element 31, then detecting element 31 exports count signal and by count signal transmission to enumerator.
About detecting device 3 can be in the following ways:
Embodiment one, detecting element 31 is popped one's head in for infrared induction, placement plate for placing detecting element 31 is installed on locating support 1 or on mounting rod 23, place plate and be provided with some installing holes, infrared induction probe is threadeded with installing hole, detection plate 32 is arranged to collar plate shape and is set on sliding bar 22 simultaneously, along with sliding bar 22 moves, namely when sliding bar 22 is in moving process, detection plate 32 is also and then mobile, when detecting plate 32 and stopping mobile, now detecting element 31 is just blocked by detection plate 32, steel are cut by cutter sweep simultaneously, after having cut, liftout head 21 is no longer withstood by steel, therefore by the effect of resetting means 4, liftout head 21 and sliding bar 22 is made to return to initial position, and detect plate 32 and also follow sliding bar 22 to return to initial position, now detecting element 31 is no longer blocked, namely detecting element 31 is from being blocked to the one-time detection that has no longer been blocked, and export count signal, and after enumerator receives this count signal, realize once counting, circulate successively, until reporting to the police when reaching required counts.
Embodiment two, detecting element 31 is microswitch, placement plate for placing detecting element 31 is installed on locating support 1 or on mounting rod 23, detection plate 32 is arranged to collar plate shape and is set on sliding bar 22 simultaneously, along with sliding bar 22 moves, namely when sliding bar 22 is in moving process, detection plate 32 is also and then mobile, when detecting plate 32 and stopping mobile, now detecting element 31 is just pressed by detection plate 32, steel are cut by cutter sweep simultaneously, after having cut, liftout head 21 is no longer withstood by steel, therefore by the effect of resetting means 4, liftout head 21 and sliding bar 22 is made to return to initial position, and detect plate 32 and also follow sliding bar 22 to return to initial position, now detecting element 31 is no longer pressed, namely detecting element 31 has unclamped one-time detection from being depressed to, and export count signal, and after enumerator receives this count signal, realize once counting, circulate successively, until reporting to the police when reaching required counts.
Embodiment three, detecting element 31 includes infrared induction probe and microswitch, this embodiment is the joint of embodiment one and both embodiments two, therefore be not described in detail in this, detected by both simultaneously, greatly reduce the counting produced due to error detection, when only both are detected simultaneously by, just count, substantially increase the accuracy of counting.
Claims (10)
1. a pole cuts material counting assembly, including locating support (1) and location bar (2), it is characterized in that: described location bar (2) can above be moved in locating support (1) and mutually conflict with steel, described locating support (1) is additionally provided with for the mobile number of times of detection and location bar (2) the detecting device (3) exporting count signal, described detecting device (3) is connected to the count signal that enumerator exports with receiving detection device (3).
2. pole according to claim 1 cuts material counting assembly, it is characterized in that: described location bar (2) includes liftout head (21), sliding bar (22) and mounting rod (23), described mounting rod (23) is fixing with locating support (1) to be connected, described liftout head (21) is fixing with sliding bar (22) to be connected, and described liftout head (21) conflicts mutually with steel, described sliding bar (22) is connected with mounting rod (23) sliding.
3. pole according to claim 2 cuts material counting assembly, it is characterized in that: be provided with between described sliding bar (22) and mounting rod (23) when liftout head (21) is returned to the resetting means (4) of initial position with sliding bar (22) after mobile.
4. pole according to claim 3 cuts material counting assembly, it is characterized in that: described resetting means (4) includes elastic component (41), described mounting rod (23) is provided with mean for the chute (42) that sliding bar (22) wears, described mounting rod (23) is additionally provided with the placing trough (43) placed for elastic component (41), described placing trough (43) connects with chute (42), one end of described elastic component (41) is connected with liftout head (21), and the other end is connected with the diapire of placing trough (43).
5. pole according to claim 1 cuts material counting assembly, it is characterized in that: described detecting device (3) includes detecting element (31) and detection plate (32), described detection plate (32) is sheathed on location bar (2) and above and moves along with location bar (2) and move, described detecting element (31) is used for the position of detection plate (32), when detect plate (32) mobile to detecting element (31) upper time, then detecting element (31) output count signal by count signal transmission to enumerator.
6. pole according to claim 5 cuts material counting assembly, it is characterized in that: described detecting element (31) is infrared induction probe and/or microswitch.
7. pole according to claim 1 cuts material counting assembly, it is characterized in that: described locating support (1) is additionally provided with the governor motion (5) for regulating location bar (2) front and back position, described governor motion (5) includes regulating part (51), described regulating part (51) is sheathed on location bar (2), the inwall of described regulating part (51) is located at plus thread, the outer wall of described location bar (2) is provided with the left-hand thread coordinated with plus thread, conflicts with locating support (1) in the side of described regulating part (51).
8. pole according to claim 5 cuts material counting assembly, it is characterized in that: also include body (6), and described body (6) is provided with the position-limit mechanism (7) for limiting locating support (1) position.
9. pole according to claim 8 cuts material counting assembly, it is characterized in that: described position-limit mechanism (7) includes extension spring (71), the upper end of described locating support (1) and frame are conflicted mutually, and the lower end of described locating support (1) is connected with frame by extension spring (71).
10. pole according to claim 1 cuts material counting assembly, it is characterized in that: the one end conflicted with steel in described location bar (2) is located close to moving knife side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521077871.XU CN205281550U (en) | 2015-12-21 | 2015-12-21 | Material counting assembly is cut to pole |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521077871.XU CN205281550U (en) | 2015-12-21 | 2015-12-21 | Material counting assembly is cut to pole |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205281550U true CN205281550U (en) | 2016-06-01 |
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ID=56066106
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521077871.XU Expired - Fee Related CN205281550U (en) | 2015-12-21 | 2015-12-21 | Material counting assembly is cut to pole |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205281550U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105373828A (en) * | 2015-12-21 | 2016-03-02 | 宁波林升机械有限公司 | Round rod material-cutting counting device |
-
2015
- 2015-12-21 CN CN201521077871.XU patent/CN205281550U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105373828A (en) * | 2015-12-21 | 2016-03-02 | 宁波林升机械有限公司 | Round rod material-cutting counting device |
| CN105373828B (en) * | 2015-12-21 | 2018-01-02 | 宁波林升机械有限公司 | Pole cuts material counting device |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160601 Termination date: 20181221 |