CN204075850U - Bar material bar system and comprise the material blank bar equipment of this bar material bar system - Google Patents
Bar material bar system and comprise the material blank bar equipment of this bar material bar system Download PDFInfo
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- CN204075850U CN204075850U CN201420384308.6U CN201420384308U CN204075850U CN 204075850 U CN204075850 U CN 204075850U CN 201420384308 U CN201420384308 U CN 201420384308U CN 204075850 U CN204075850 U CN 204075850U
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Abstract
The utility model provides a kind of bar material bar system and comprises the material blank bar equipment of this bar material bar system, and relate to materiel machining machinery field, its king-rod material bar system comprises bar mechanism, for linkage and pressure lever mechanism.The bar material bar system that the utility model provides and the beneficial effect of material blank bar equipment comprising this bar material bar system are by providing bar material for linkage, pressure lever mechanism is utilized to carry out stable transport to bar material, carry out wearing material finally by the transport of bar mechanism slips, which solves compared with the shaft-like material of big L/D ratio conveying and to wear material process medium dip angle larger, and can batch feed be carried out to bar material and wear material, improve production efficiency.
Description
Technical field
The utility model relates to materiel machining machinery field, in particular to a kind of bar material bar system.
Background technology
Bar material generally has larger draw ratio, as pricker class material, in prior art, the material major part of wearing of bar material adopts single support conveying to wear material, it is when carrying out batch feed and wearing material, and bar material can produce eccentric inclination, because bar material draw ratio is general larger, in course of conveying, the angle of eccentric inclination is corresponding comparatively large, and wearing material to conveying affects large.
Utility model content
The purpose of this utility model is to provide a kind of bar material bar system, to solve the above problems.
In the bar material bar system that the utility model provides, comprise frame,
Bar mechanism
Described bar organization establishes is in described frame; Described bar mechanism comprises driving mechanism, push-rod frame, executive component and transmission parts: described push-rod frame is provided with push rod; Described push-rod frame is connected with described housing slide by executive component, and the glide direction of described push-rod frame is identical with the direction of bar; Described transmission parts is arranged between described push-rod frame and described material cutting mechanism; Described transmission parts is provided with at least two grooves; Distance between described push rod on the spacing of described groove and described push-rod frame is identical, and the described push rod on described groove and described push-rod frame is corresponding; Described transmission parts is connected with described driving mechanism;
For linkage
The described confession adjacent described bar mechanism of linkage is also arranged in described frame; The described linkage that supplies comprises bar storehouse; The lower end in described bar storehouse is provided with rod mouth, and described rod mouth can pass through at least one bar material; Described rod mouth to be arranged on described transmission parts and to fit with described transmission parts;
Pressure lever mechanism
Described pressure lever mechanism is arranged in frame, and described pressure lever mechanism is adjacent described for linkage setting; Described pressure lever mechanism comprises executive component, depression bar arm and at least two clamping bar arms; Described depression bar arm is connected with executive component, for making described depression bar arm lifting carriage; Described depression bar arm is parallel to described transmission parts; Described at least two clamping bar arms are connected with executive component respectively, come gripping and release arm material for opening or closing described clamping bar arm; Described depression bar arm and described clamping bar arm are vertically slidably arranged in described frame by executive component.
Further, the non-coring being arranged at outlet top, bar storehouse is also comprised for linkage; Non-coring is arranged on the rod mouth in bar storehouse; Non-coring is connected with frame by executive component, carries out straight reciprocating motion for non-coring.Non-coring is arranged on above the outlet in bar storehouse, can move back and forth simultaneously, stressed with what destroy between bar material, can the outlet obstruction in effectively anti-stopping bar storehouse.
Further, the described linkage that supplies also comprises sensor, and described sensor is arranged on the sidewall of the upper end in described bar storehouse.
Further, described bar mechanism also comprises inductor, and described inductor is arranged on above described push-rod frame, is used for the position of the bar material detected on transmission parts and quantity.
Further, the executive component be connected with clamping bar is gas pawl or cylinder or other executing agencies.
Further, bar material bar system also comprises a linkage, and a linkage comprises executive component and strut arm; Strut arm is provided with at least one pole perforating hole; Strut arm is connected with frame by executive component, slides in frame for pole along the direction of bar material.In use procedure, bar material can, through the pole perforating hole in strut arm, utilize strut arm can improve the intensity of bar material, avoids occurring departing from of the bending of bar material or the direction of motion.
Further, described linkage also comprises adjusting bolt, and described strut arm is connected with executive component by adjusting bolt.
The beneficial effect of the bar material bar system that the utility model provides is by providing bar material for linkage, pressure lever mechanism is utilized to carry out stable transport to bar material, carry out wearing material finally by the transport of bar mechanism slips, which solves compared with the shaft-like material of big L/D ratio conveying and to wear material process medium dip angle larger, and can batch feed be carried out to bar material and wear material, improve production efficiency.
The utility model additionally provides a kind of material blank bar equipment, comprises frame,
Feed mechanism
Described feed mechanism is arranged on one end of described frame; Described feed mechanism comprises driving mechanism, connecting gear; Described driving mechanism is connected with described connecting gear;
Blank platform
Described blank platform to be arranged in described frame and to be connected with one end of described connecting gear; The frame of the one end be connected with described blank platform away from described connecting gear is provided with product outlet;
Material cutting mechanism
Described material cutting mechanism lifting is arranged on above described blank platform;
La Liao mechanism
Comprise and draw flitch and executive component; The described groove drawing flitch to be provided with at least one and described bar material to match, described in draw flitch to be arranged on the both sides of described blank platform, described in draw flitch to be connected with described housing slide by executive component;
Above-described bar material bar system,
The described bar organization establishes of bar material bar system is in described frame, and described bar organization establishes is parallel with described material cutting mechanism in the side of described material cutting mechanism.
Accompanying drawing explanation
Fig. 1 is the schematic front view of the bar material bar system that the utility model first embodiment provides;
Fig. 2 is the schematic top plan view of the bar material bar system that the utility model first embodiment provides;
Fig. 3 is the part schematic front view of the bar mechanism of the bar material bar system that the utility model first embodiment provides;
Fig. 4 is the schematic top plan view of the bar mechanism of the bar material bar system that the utility model first embodiment provides;
Fig. 5 is the schematic front view for linkage of the bar material bar system that the utility model first embodiment provides;
Fig. 6 is the schematic side view of the pressure lever mechanism of the bar material bar system that the utility model first embodiment provides;
Fig. 7 is the schematic front view of the bar material bar system that the utility model second embodiment provides;
Fig. 8 is the schematic front view of the bar material bar system that the utility model the 3rd embodiment provides;
Fig. 9 is the schematic top plan view of the bar material bar system that the utility model the 3rd embodiment provides;
Figure 10 is the schematic front view of the part bar mechanism of the bar material bar system that the utility model the 3rd embodiment provides;
Figure 11 is the schematic top plan view of the bar material bar system that the utility model the 3rd embodiment provides;
Figure 12 is the schematic front view for linkage of the bar material bar system that the utility model the 3rd embodiment provides;
Figure 13 is the schematic top plan view for linkage of the bar material bar system that the utility model the 3rd embodiment provides;
Figure 14 is the schematic side view of the pressure lever mechanism of the bar material bar system that the utility model the 3rd embodiment provides;
Figure 15 is that the axle of a linkage of the bar material bar system that the utility model the 3rd embodiment provides measures intention;
Figure 16 is that the pressure lever mechanism of the bar material bar system that the utility model the 3rd embodiment provides and pole mechanism shaft measure intention;
Figure 17 is the pressure lever mechanism of the bar material bar system that the utility model the 3rd embodiment provides and the elevational schematic view of a linkage;
Figure 18 is the pressure lever mechanism of the bar material bar system that the utility model the 3rd embodiment provides and the schematic front view of a linkage;
Figure 19 is the pressure lever mechanism of the bar material bar system that the utility model the 3rd embodiment provides and the side schematic view of a linkage;
Figure 20 is that the axle of the material blank bar equipment that the utility model the 4th embodiment provides measures intention.
Detailed description of the invention
Also by reference to the accompanying drawings the utility model is described in further detail below by specific embodiment.
Be the bar material bar system that the utility model first embodiment provides as shown in figures 1 to 6, comprise frame,
Bar mechanism
Bar organization establishes is in frame; Bar mechanism comprises driving mechanism 106, inductor 102, push-rod frame 107, executive component and transmission parts 105: push-rod frame 107 is provided with push rod; Push-rod frame 107 is connected with housing slide by executive component, and the glide direction of push-rod frame 107 is identical with the direction of bar; Transmission parts 105 is arranged between push-rod frame 107 and material cutting mechanism; Transmission parts 105 is provided with at least two grooves; Distance between push rod on the spacing of groove and push-rod frame 107 is identical, and the push rod on groove and push-rod frame 107 is corresponding; Transmission parts 105 is connected with driving mechanism 106;
For linkage
Supply the adjacent bar mechanism of linkage and be arranged in frame; Bar storehouse 301 is comprised for linkage; The lower end in bar storehouse 301 is provided with rod mouth, and rod mouth can pass through at least one bar material 7; Rod mouth is arranged on transmission parts 105, fits with transmission parts 105;
Pressure lever mechanism
Pressure lever mechanism is arranged in frame, and pressure lever mechanism is adjacent to be arranged for linkage; Pressure lever mechanism comprises executive component, depression bar arm 501 and at least two clamping bar arms 502; Depression bar arm 501 is connected with executive component, for making depression bar arm 501 lifting carriage; Depression bar arm 501 is parallel to transmission parts 105; At least two clamping bar arms 502 are connected with executive component respectively, for open or closed clamp lever arm 502 comes gripping and release arm material 7; Depression bar arm 501 and clamping bar arm 502 are vertically slidably arranged in frame by executive component.
Bar material 7 for linkage falls, just in time fall on the transmission parts 105 of bar mechanism by rod mouth, because transmission parts 105 is provided with groove, bar material 7 is evenly distributed on transmission parts 105, the clamping bar arm 502 of pressure lever mechanism is under the driving of executive component simultaneously, gripping is carried out to the bar material 7 on transmission parts 105, the depression bar arm 501 of pressure lever mechanism is then on depression bar material 7, bar material 7 is kept to depart from or to misplace, the pressure lever mechanism of gripping bar material 7 is in the action lower slider of executive component, bar material 7 is moved to the front of the push-rod frame 107 in bar mechanism, due to the number of the bar material 7 on the push rod on push-rod frame 107 and clamping bar frame and position all corresponding, so push-rod frame 107 is under the driving of driving mechanism 106, catch bar, bar material 7 is inserted in the material of well cutting, form several bar material string, then pressure lever mechanism and transfer bar mechanism reset.
Be the bar material bar system that the utility model second embodiment provides as shown in Figure 7, comprise frame,
Bar mechanism
Bar organization establishes is in frame; Bar mechanism comprises driving mechanism 106, inductor 102, push-rod frame 107 and transmission parts 105: push-rod frame 107 is provided with push rod; Push-rod frame 107 is connected with housing slide by executive component, and the glide direction of push-rod frame 107 is identical with the direction of bar; Transmission parts 105 is arranged between push-rod frame 107 and material cutting mechanism; Transmission parts 105 is provided with at least one groove; Distance between push rod on the spacing of groove and push-rod frame 107 is identical, and the push rod on groove and push-rod frame 107 is corresponding; Transmission parts 105 is connected with driving mechanism 106; Inductor 102 is arranged on above push-rod frame 107, is used for the position of test rod material 7 and quantity;
For linkage
Supply the adjacent bar mechanism of linkage and be arranged in frame; Bar storehouse 301 and sensor 305 is comprised for linkage; The lower end in bar storehouse 301 is provided with rod mouth, and rod mouth can pass through at least one bar material 7; Rod mouth is arranged on transmission parts 105, fits with transmission parts 105; Whether sensor 305 is arranged on the one end away from rod mouth in bar storehouse 301, can the quantity of test rod storehouse king-rod material lack;
Pressure lever mechanism
Pressure lever mechanism is arranged in frame, and pressure lever mechanism is adjacent to be arranged for linkage; Pressure lever mechanism comprises executive component, depression bar arm 501 and at least two clamping bar arms 502; Depression bar arm 501 is connected with executive component, for making lifting carriage between depression bar arm 501; Depression bar arm 501 is parallel to transmission parts 105; At least two clamping bar arms 502 are connected with executive component respectively, and this executive component is gas pawl, for open or closed clamp lever arm 502 comes gripping and release arm material 7; Depression bar arm 501 and clamping bar arm 502 are vertically slidably arranged in frame by executive component.
In the present embodiment, during use, after material excision forming, fall for the bar material 7 in the bar storehouse of linkage, just in time fall on the transmission parts 105 of bar mechanism by rod mouth, because transmission parts 105 is provided with groove, bar material 7 is evenly distributed on transmission parts 105, the clamping bar arm 502 of pressure lever mechanism is under the driving of executive component simultaneously, gripping is carried out to the bar material 7 on transmission parts 105, the depression bar arm 501 of pressure lever mechanism is then pressed on bar material 7, depression bar arm 501 and clamping bar arm 502 with the use of, ensure that bar material 7 can not depart from or misplace and freely-movable before and after energy, better enter into the groove of transmission parts, the pressure lever mechanism of gripping bar material 7 is in the action lower slider of executive component, bar material 7 is moved to the front of the push-rod frame 107 in bar mechanism, due to the number of the bar material 7 on the push rod on push-rod frame 107 and clamping bar frame and position all corresponding, so push-rod frame 107 is under the driving of driving mechanism 106, catch bar material 7, bar material 7 is inserted in the material being located between holding pad 810 and blank platform 809 of well cutting, form several bar material string, then pressure lever mechanism and transfer bar mechanism reset.
Are bar material bar systems that the utility model the 3rd embodiment provides as shown in Fig. 8-19, comprise frame,
Bar mechanism
Bar organization establishes is in frame, and bar organization establishes is in the side of material cutting mechanism; Bar mechanism comprises driving mechanism 106, inductor 102, push-rod frame 107 and transmission parts 105: push-rod frame 107 is provided with push rod; Push-rod frame 107 is connected with housing slide by executive component, and the glide direction of push-rod frame 107 is identical with the direction of bar; Transmission parts 105 is arranged between push-rod frame 107 and material cutting mechanism; Transmission parts 105 is provided with at least one groove; Distance between push rod on the spacing of groove and push-rod frame 107 is identical, and the push rod on groove and push-rod frame 107 is corresponding; Transmission parts 105 is connected with driving mechanism 106; Inductor 102 is arranged on above push-rod frame 107, is used for the position at transmission parts 105 of test rod material 7 and quantity;
For linkage
Supply the adjacent bar mechanism of linkage and be arranged in frame; Bar storehouse 301 and sensor 305 is comprised for linkage; The lower end in bar storehouse 301 is provided with rod mouth, and rod mouth can pass through at least one bar material 7; Rod mouth is arranged on transmission parts 105, fits with transmission parts 105; Sensor 305 is arranged on the one end away from rod mouth in bar storehouse 301, and sensor 306 is arranged on the sidewall of the upper end in bar storehouse 301; The non-coring 302 of the outlet can dredging bar storehouse 301 is also comprised for linkage; Non-coring 302 is arranged on above the rod mouth in bar storehouse 301; Non-coring 302 is connected with frame by rail 303 along the line under the effect of executive component and driving mechanism 304, and non-coring 302 carries out straight reciprocating motion.Non-coring 302 is arranged on above the outlet in bar storehouse 301, can move back and forth simultaneously, and that destroys between bar material is stressed, can the outlet obstruction in effectively anti-stopping bar storehouse 301.
Pressure lever mechanism
Pressure lever mechanism is arranged in frame, and pressure lever mechanism is adjacent to be arranged for linkage; Pressure lever mechanism comprises executive component, depression bar arm 501 and at least two clamping bar arms 502; Depression bar arm 501 is connected with executive component, for making depression bar arm 501 lifting carriage; Depression bar arm 501 is parallel with parallel transmission parts, and at least two clamping bar arms 502 are connected with executive component respectively, for open or closed clamp lever arm 502 comes gripping and release arm material 7; Depression bar arm 501 and clamping bar arm 502 are vertically slidably arranged in frame by executive component;
Prop up linkage
Prop up linkage and comprise executive component and strut arm 602; Strut arm 602 is provided with at least one pole perforating hole; Strut arm 602 is connected with frame by executive component, slides in frame for pole along the direction of bar material 7.In use procedure, bar material 7 can, through the pole perforating hole in strut arm 602, utilize strut arm 602 can improve the intensity of bar material 7, avoids occurring that bar material 7 bends or the departing from of the direction of motion.Strut arm 602 is connected by adjusting bolt with executive component, utilizes adjusting bolt can finely tune the position of strut arm, easy to use.
After material excision forming, bar material 7 for linkage falls from bar storehouse 301, just in time fall on the transmission parts 105 of bar mechanism by rod mouth, rod mouth place for linkage is also provided with non-coring 302, carrying out erratic reciprocating motion, like this, move back and forth and avoid bar material 7 and block at rod mouth.Simultaneously because transmission parts 105 is provided with groove, bar material 7 is evenly distributed on transmission parts 105,501, the depression bar arm of pressure lever mechanism is pressed on bar material 7, bar material 7 is kept to depart from or to misplace, the clamping bar arm 502 of pressure lever mechanism is under the driving of executive component simultaneously, gripping is carried out to the bar material 7 on transmission parts 105, and the pressure lever mechanism of gripping bar material 7 is in the action lower slider of executive component, moved to by bar material 7 in the front of the push-rod frame 107 of bar mechanism, the number of the bar material 7 on the push rod on push-rod frame 107 and clamping bar frame and position are all to correspondence.Simultaneously, a linkage is also provided with between material cutting mechanism and bar mechanism, bar material 7 can be passed in the linkage that strut arm 602 is provided with the hole corresponding with bar material 7, prop up linkage and well improve the accuracy of bar and the intensity of bar material 7, the oversize complications that occur in bar and moving process of bar material 7 are avoided to misplace, push-rod frame 107 is under the driving of driving mechanism 106, catch bar material 7, bar material 7 is inserted in the material of well cutting, form several bar material string, then pressure lever mechanism and transfer bar mechanism reset.
In the present embodiment bar material 7 be conducted through bar mechanism, drill pipe rack and pressure lever mechanism and linkage completes jointly.Bar mechanism comprises frame 101, inductor 102, line rail 103, executive component and driving mechanism 104, transmission parts 105, executive component and driving mechanism 106 and push-rod frame 107 forms.Drill pipe rack is made up of bar storehouse 301, non-coring 302, line rail 303, driving mechanism 304, bar bin bracket 305 and sensor 305.Pressure lever mechanism and linkage are made up of executive component and driving mechanism 505 and driving mechanism 603, line rail, strut arm 602, executive component and driving mechanism 503, executive component and gas pawl 504, line rail, depression bar arm 501, clamping bar arm 502 and line rail.Strut arm 601 contains multiple circular port, penetrating and guide function for bar material 7, and this strut arm above-below direction is adjustable, for finely tuning the position relationship of strut arm 601 and clamping bar arm 502.Clamping bar arm 502 is made up of two arms, each arm contains multiple semicircle orifice and is fixed to the upper of gas pawl 504, and time closed, semicircle orifice composition approximately circular opening, plays supporting rod material 7 and guide effect.Driving mechanism 304 drives non-coring 302 rail 303 along the line regularly or irregularly to move back and forth, and non-coring 302 can bar material in catch bar storehouse 301 in reciprocatory movement, and that destroys between bar material is stressed, makes bar material come downwards to bar storehouse 301 smoothly and exports.The storage of bar material in sensor 305 perception bar storehouse 301.When the bar material 7 in bar storehouse 301 drops to certain altitude, sensor 305 has corresponding perceptual signal and provides warning, reminds operating personnel to feed in raw material.
Driving mechanism 505 drives depression bar arm 501 rail along the line to come downwards to desired location, is good when depression bar arm 501 is just contacted with bar material 7.Driving mechanism 106 drives transmission parts 105 to move ahead, and 7, bar material successively falls in the respective slot of transmission parts 105 in bar storehouse 301.Meanwhile, the depression bar arm 501 parallel with transmission parts 105, is just pressed in bar material 7 on transmission parts 105, is conducive to bar material 7 and distributes on transmission parts.When inductor 102 perception bar material 7 enters in transmission parts 105 groove and when to precalculated position.When bar material 7 arrives precalculated position, driving mechanism 106 stops driving.Gas pawl 504 closes, and drives clamping bar arm 502 closed and supporting rod material 7; Driving mechanism 505 drives depression bar arm 501 rail along the line to go upward to desired location, and depression bar arm 501 and bar material 7 are departed from.Driving mechanism 503 is with on take offence pawl 504, line rail, depression bar arm 501, clamping bar arm 502 assembly rail along the line and is moved on to desired location.The push rod of this position push-rod frame 107 and bar material 7 concentric.Driving mechanism 104 drives push-rod frame 107 catch bar material 7 to move ahead, and proceeds to desired location through the pole perforating hole of strut arm 601.Driving mechanism 603 drives strut arm 601 rail along the line to move forward to desired location; Gas pawl 504 is opened, and clamping bar arm 502 and bar material 7 unclamp.Driving mechanism 104 drives push-rod frame 107 catch bar material 7 to continue to move ahead, and bar material 7 is pushed into final desired location by the desired location stage, and complete the piling up in prescribed way of bar material 7, each mechanism returns to original state afterwards, enters next circulation.
As shown in figure 20, the material blank bar equipment that the utility model the 4th embodiment provides, comprises frame 1,
Feed mechanism
Feed mechanism is arranged on one end of frame 1; Feed mechanism comprises driving mechanism 5, connecting gear 3; Driving mechanism 5 is connected with connecting gear 3;
Blank platform
Blank platform to be arranged in frame 1 and to be connected with one end of connecting gear 3; The frame 1 of the one end be connected with blank platform away from connecting gear 3 is provided with product outlet;
Material cutting mechanism 7
Material cutting mechanism 7 lifting is arranged on above blank platform;
La Liao mechanism 8
Comprise and draw flitch and executive component; The groove drawing flitch to be provided with at least one and bar material to match, is drawn flitch to be arranged on the both sides of blank platform, draws flitch to be slidably connected by executive component and frame 1;
With the bar material bar system that the utility model the 3rd embodiment provides, the bar organization establishes of bar material bar system is in frame 1, and bar organization establishes is parallel with material cutting mechanism 9 in the side of material cutting mechanism 9.
Material is placed on blank platform, feeder transports material on blank platform, slided by material cutting mechanism 9 and material cut, then by bar material being skidded off from the rod mouth for linkage for linkage, pressure lever mechanism is sent in bar mechanism, in the material that bar material penetrates by the bar mechanism that process is arranged on material cutting mechanism 9 side again, finally by the material pull-out that La Liao mechanism 8 will go here and there, discharged by product outlet, achieve the cutting of material and bar integration processing, than hand cut material again bar saved a large amount of labour and production cost.
The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, for a person skilled in the art, the utility model can have various modifications and variations.All within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (8)
1. a bar material bar system, is characterized in that, comprise frame,
Bar mechanism
Described bar organization establishes is in described frame; Described bar mechanism comprises driving mechanism, push-rod frame, executive component and transmission parts: described push-rod frame is provided with push rod; Described push-rod frame and material cutting mechanism flush; Described push-rod frame is connected with described housing slide by executive component, and the glide direction of described push-rod frame is identical with the direction of bar; Described transmission parts is arranged between described push-rod frame and described material cutting mechanism; Described transmission parts is provided with at least two grooves; Distance between described push rod on the spacing of described groove and described push-rod frame is identical, and the described push rod on described groove and described push-rod frame is corresponding; Described transmission parts is connected with described driving mechanism;
For linkage
The described confession adjacent described bar mechanism of linkage is also arranged in described frame; The described linkage that supplies comprises bar storehouse; The lower end in described bar storehouse is provided with rod mouth, and described rod mouth can pass through at least one bar material; Described rod mouth to be arranged on described transmission parts and to fit with described transmission parts;
Pressure lever mechanism
Described pressure lever mechanism is arranged in frame, and described pressure lever mechanism is adjacent described for linkage setting; Described pressure lever mechanism comprises executive component, depression bar arm and at least two clamping bar arms; Described depression bar arm is connected with executive component, for making described depression bar arm lifting carriage; Described depression bar arm is parallel to described transmission parts; Described at least two clamping bar arms are connected with executive component respectively, come gripping and release arm material for opening or closing described clamping bar arm; Described depression bar arm and described clamping bar arm are vertically slidably arranged in described frame by executive component.
2. bar material bar system according to claim 1, is characterized in that, described also comprising for linkage is arranged at the non-coring that described bar storehouse exports top; Described non-coring is arranged on above the rod mouth in described bar storehouse; Described non-coring is connected with described frame by executive component, carries out straight reciprocating motion for described non-coring.
3. bar material bar system according to claim 1, is characterized in that, the described linkage that supplies also comprises sensor, and described sensor is arranged on the sidewall of the upper end in described bar storehouse.
4. bar material bar system according to claim 1, it is characterized in that, also comprise inductor, described inductor is arranged on above described push-rod frame, is used for the position of the bar material detected on transmission parts and quantity.
5. bar material bar system according to claim 1, it is characterized in that, the executive component be connected with clamping bar arm is gas pawl or cylinder.
6. bar material bar system according to claim 1, is characterized in that, also comprise a linkage, described linkage comprises executive component and strut arm; Described strut arm is provided with at least one pole perforating hole; Described strut arm is connected with described frame by executive component, slides in described frame for described rod rest along the bar direction of bar material.
7. bar material bar system according to claim 6, it is characterized in that, described linkage also comprises adjusting bolt, and described strut arm is connected with executive component by adjusting bolt.
8. a material blank bar equipment, is characterized in that, comprise
Feed mechanism
Described feed mechanism is arranged on one end of described frame; Described feed mechanism comprises driving mechanism, connecting gear; Described driving mechanism is connected with described connecting gear;
Blank platform
Described blank platform to be arranged in described frame and to be connected with one end of described connecting gear; The frame of the one end be connected with described blank platform away from described connecting gear is provided with product outlet;
Material cutting mechanism
Described material cutting mechanism lifting is arranged on above described blank platform;
La Liao mechanism
Comprise and draw flitch and executive component; The described groove drawing flitch to be provided with at least one and described bar material to match, described in draw flitch to be arranged on the both sides of described blank platform, described in draw flitch to be connected with described housing slide by executive component;
Bar material bar system described in claim 1-7 any one,
The described bar organization establishes of bar material bar system is in described frame, and described bar organization establishes is parallel with described material cutting mechanism in the side of described material cutting mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420384308.6U CN204075850U (en) | 2014-07-11 | 2014-07-11 | Bar material bar system and comprise the material blank bar equipment of this bar material bar system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420384308.6U CN204075850U (en) | 2014-07-11 | 2014-07-11 | Bar material bar system and comprise the material blank bar equipment of this bar material bar system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204075850U true CN204075850U (en) | 2015-01-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420384308.6U Expired - Fee Related CN204075850U (en) | 2014-07-11 | 2014-07-11 | Bar material bar system and comprise the material blank bar equipment of this bar material bar system |
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| Country | Link |
|---|---|
| CN (1) | CN204075850U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104097102A (en) * | 2014-07-11 | 2014-10-15 | 赵永忠 | Bar material penetrating system and material cutting and rod penetrating equipment with same |
-
2014
- 2014-07-11 CN CN201420384308.6U patent/CN204075850U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104097102A (en) * | 2014-07-11 | 2014-10-15 | 赵永忠 | Bar material penetrating system and material cutting and rod penetrating equipment with same |
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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 |
Granted publication date: 20150107 Termination date: 20190711 |
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| CF01 | Termination of patent right due to non-payment of annual fee |