CN204685922U - A kind of automatic material taking material receiving mechanism of bar reinforcing bar - Google Patents
A kind of automatic material taking material receiving mechanism of bar reinforcing bar Download PDFInfo
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- CN204685922U CN204685922U CN201520049934.4U CN201520049934U CN204685922U CN 204685922 U CN204685922 U CN 204685922U CN 201520049934 U CN201520049934 U CN 201520049934U CN 204685922 U CN204685922 U CN 204685922U
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- splicing
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Abstract
The utility model discloses a kind of automatic material taking material receiving mechanism of bar reinforcing bar, and its structure comprises: have feeding retainer part and splicing part in frame; Feeding retainer part comprises: the feeding expansion link upper end thereof of feeding reciprocating device moves bin; Mobile bin top is feeding plate; Mobile bin lower right side is retainer plate; Directive wheel is had in mobile bin two sides; Guiding skidding fits in two guiding channel-section steels of specular; Described splicing part comprises: the splicing expansion link upper end thereof connecting square pipes of splicing reciprocating device, two splicing bars are fixed at connecting square pipes two ends, two splicing bars are hinged on the outside of two guiding channel-section steels respectively, two splicing bar right-hand members upwards crotch and being positioned at below sliding plate.The utility model beneficial effect is: feeding plate top surface " V " type groove energy accurately sub-material feeding, and mobile bin has sub-material feeding and holds up finished product function, finished product is sent into rewinding storehouse; Replace artificial feeding splicing, reduce labor intensity, production efficiency is high.
Description
Technical field
The utility model relates to a kind of automatic material taking material receiving mechanism of bar reinforcing bar.
Background technology
In prior art, to the equipment of processing bar reinforcing bar, raw-material material loading there is no more satisfactory method, because raw material model is more, different in size, when capturing bar reinforcing bar raw material, needs manually capture and be put on process equipment; After machining, need artificial crawl finished product and be put into assigned address.The raw-material material loading time used is long, and production efficiency is low, and hand labor intensity is large, there is the shortcomings such as potential safety hazard.
Summary of the invention
The utility model object is the deficiency overcoming above-mentioned technology, provides a kind of automation to replace artificial crawl bar reinforcing bar, eliminates safe hidden trouble, the automatic material taking material receiving mechanism of a kind of bar reinforcing bar that production efficiency is high.
The technical scheme solved the problems of the technologies described above: a kind of automatic material taking material receiving mechanism of bar reinforcing bar, described automatic material taking material receiving mechanism comprises: frame, and the working face of frame is provided with feeding retainer part and splicing part; Described feeding retainer part be positioned at deposit bar reinforcing bar storage rack below, its structure comprises: hinged support feeding reciprocating device on working face, the feeding expansion link of feeding reciprocating device is vertically set up, and its upper end thereof is in the left side of mobile bin; Feeding plate at the top of mobile bin; Bottom on the right side of mobile bin is retainer plate; Two sides of mobile bin have directive wheel respectively that protrude fixing directive wheel fixed axis and be arranged on directive wheel fixed axis two ends; Described guiding skidding fits in two guiding channel-section steels of specular, and the bottom of two guiding channel-section steels is fixed on working face; Two guiding channel-section steel tops are the sliding plates tilted to the right; Described splicing part comprises: hinged support splicing reciprocating device on working face, and the splicing expansion link of splicing reciprocating device side by side and be set in parallel on the left of feeding expansion link; The horizontally disposed connecting square pipes of described splicing expansion link upper end thereof, two the splicing bars be parallel to each other are fixed with at connecting square pipes two ends, two splicing bars are hinged on the outside of two guiding channel-section steels respectively, two splicing bar right-hand members upwards crotch and being positioned at below sliding plate.
Preferred version is: described reciprocating device is electric pushrod or cylinder or hydraulic cylinder.
Preferred version is: the middle part of described each splicing bar is fixed with splicing lever pin axle, and splicing lever pin axle is hinged in the hole of splicing lever pin pedestal through its end of splicing bar, and splicing lever pin pedestal is weldingly fixed on the side of guiding channel-section steel; Splicing lever pin axle between splicing lever pin pedestal and splicing bar is set with adjustment spacer.
Preferred version is: there is the second hinge the lower end of described feeding reciprocating device and the lower end of splicing reciprocating device respectively on end pin seat, and described two end pin seats are all fixed on working face.
Preferred version is: described directive wheel fixed axis has two groups, and structure same intervals is arranged, and often organizes two directive wheel fixed axis that directive wheel fixed axis includes positional symmetry and is weldingly fixed on two sides of mobile bin respectively; Often organize two directive wheel fixed axis ends respectively by bearing hinge connection directive wheel.
Preferred version is: described feeding plate top surface is with " V " type groove, and there is the elongated hole regulating its position feeding plate side, and feeding plate is fixed on first and moves bin top by securing member; Described first retainer plate moving bin lower right side is the oblique retainer plate tilted to the right.
Preferred version is: described feeding plate top surface is with " V " type groove, and there is the elongated hole regulating its position feeding plate side, and feeding plate is fixed on second and moves bin top by securing member; Second retainer plate moving bin lower right side lifts flitch.
Preferred version is: also comprise pusher part, its structure comprises: pusher bracing frame, and on pusher bracing frame, hinged support one connects the pusher electric pushrod of pusher motor, and pusher electric pushrod is horizontally disposed with, pusher electric pushrod is by charging ram seat supports, and pusher pole socket is fixed on pusher bracing frame; Pusher electric pushrod end pushes into the scraping wings that product enter rewinding storehouse.
Preferred version is: the lower end of described pusher electric pushrod is respectively by the second hinge on end pin seat, and described end pin seat is fixed on pusher bracing frame
The beneficial effects of the utility model are: the utility model overcomes the defect of prior art, and " V " type groove of the utility model feeding plate top surface can accurately sub-material, feeding; Mobile bin in the utility model feeding retainer part has dual-use function, and mobile bin top can sub-material, feeding, and the retainer plate of mobile bin bottom can hold up the finished product of steel bar meter equipment processing, by pusher part or directly finished product is sent into rewinding storehouse; The utility model splicing part coordinates feeding retainer part to catch bar reinforcing bar, and delivers on steel bar meter equipment by bar reinforcing bar; The utility model replaces artificial crawl bar reinforcing bar or finished product, and alleviate labor strength, production efficiency is high; There is structure simple, stable working and the advantage eliminated safe hidden trouble.
Accompanying drawing explanation
Fig. 1 is the front view of the utility model first embodiment, shows feeding retainer part, splicing part and pusher part in figure; Second to move bin bottom be lift flitch;
Fig. 2 is the top view of Fig. 1;
Fig. 3 is the B-B sectional view of Fig. 1;
Fig. 4 is splicing fragmentary front view in Fig. 1, splicing bar splicing Status view;
Fig. 5 is splicing bar blowing state diagram in Fig. 4;
Fig. 6 is the A direction view of Fig. 4;
Fig. 7 is that in Fig. 1, splicing bar is received bar reinforcing bar and delivered to after steel bar meter equipment is processed as finished product, moving bin by second moves up again while feeding, second flitch that lifts moving bin holds up finished product to pusher part, pushes into the state diagram of product to rewinding storehouse by pusher part;
Fig. 8 is feeding retainer fragmentary front view in Fig. 1, and display steel bar meter equipment is processed as finished product, and second moves bin is positioned at below storage rack and waits for feeding state;
Fig. 9 is that second in Fig. 8 in feeding retainer part moves bin top and get a bar reinforcing bar, and the second flitch that lifts moving bin holds up finished product state figure;
Figure 10 is the front view of the utility model second embodiment, shows feeding retainer part, splicing part in figure; First to move bin bottom be oblique retainer plate;
Figure 11 is that in Figure 10, splicing bar is received bar reinforcing bar and delivered to after steel bar meter equipment is processed as finished product, and move bin by first and move up again while feeding, the finished product that the first oblique retainer plate moving bin holds up directly is slipped to the state diagram in rewinding storehouse.
" in accompanying drawing, sequence number illustrates "
1: storage rack; 2: frame; 2a: sliding plate; 2b: splicing lever pin pedestal: 2c: working face; 2d: guiding channel-section steel; 3: splicing motor; 3a: splicing electric pushrod; 4: splicing bar; 4a: connecting square pipes; 5: feeding plate; 5a: elongated hole; Move bin at 6: the first; 6b: tiltedly retainer plate; 7: pusher motor; 7a: pusher electric pushrod; 8: rewinding storehouse; 9: steel bar meter equipment; Move bin at 10: the second; 10a: directive wheel fixed axis: 10b: lift flitch; 11: scraping wings; 12: directive wheel: 13: feeding motor; 13a: feeding electric pushrod; 14: end pin seat; 15a: splicing Y-shaped connector: 15b: feeding Y-shaped connector; 16: splicing lever pin axle; 17: the first bearing pins; 18: the second bearing pins; 19: adjustment spacer; 20: bearing; 21: pusher pole socket; 22: bar reinforcing bar; 23: pusher bracing frame; 24: finished product; 40: feeding retainer part; 50: splicing part; 60: pusher part.
Detailed description of the invention
Below in conjunction with accompanying drawing, enforcement of the present utility model is described in further detail.
The utility model provides a kind of automatic material taking material receiving mechanism of bar reinforcing bar, and described automatic material taking material receiving mechanism comprises: frame 2, is positioned on the right side of frame 2 and is provided with rewinding storehouse 8 and steel bar meter equipment 9; The working face 2c of frame 2 is provided with feeding retainer part 40 and splicing part 50.
Reciprocating device (have below and describe) in described feeding retainer part 40 and splicing part 50 is electric pushrod or cylinder or hydraulic cylinder.For clearer explanation, the reciprocating device in the utility model embodiment selects electric pushrod.
The utility model first embodiment:
As shown in Figure 1 to Figure 3, described feeding retainer part 40 be positioned at deposit bar reinforcing bar 22 storage rack 1 below, its structure comprises: on working face 2c, hinged support one connects the feeding electric pushrod 13a of feeding motor 13, feeding electric pushrod 13a vertically sets up, and feeding electric pushrod 13a upper end is hinged on by feeding Y-shaped connector 15b the left side that second moves bin 10; Feeding plates 5 at the second top of moving bin 10; In the second bottom of moving on the right side of bin 10 be stretch out protrude lift flitch 10b; The directive wheel fixed axis 10a that two sides of bin 10 have protrusion to fix respectively and the directive wheel 12 being arranged on directive wheel fixed axis 10a two ends is moved second; Described directive wheel 12 is sliding to be fitted in two guiding channel-section steel 2d of specular, and the bottom of two guiding channel-section steel 2d is fixed on working face 2c; Two guiding channel-section steel 2d tops are the sliding plate 2a tilted to the right.
Described feeding plate 5 end face is with " V " type groove, and there is the elongated hole 5a regulating its position feeding plate 5 side, and feeding plate 5 is fixed on second and moves bin 10 top by securing member; Second retainer plate moving bin 10 lower right side lifts flitch 10b.
Fig. 7 is that in Fig. 1, splicing bar 4 is received bar reinforcing bar 22 and delivered to after steel bar meter equipment 9 is processed as finished product 24, moving bin 10 by second moves up again while feeding, the second flitch 10b that lifts moving bin 10 holds up finished product 24 to pusher part 60 (having explanation below), pushes into the state diagram of product 24 to rewinding storehouse 8 by pusher part 60.
As shown in Figure 7, for making the finished product 24 lifting flitch 10b picking-up can enter rewinding storehouse 8 smoothly, in first embodiment, pusher part 60 is provided with.
The structure of described pusher part 60 comprises: pusher bracing frame 23, on pusher bracing frame 23, hinged support one connects the pusher electric pushrod 7a of pusher motor 7, pusher electric pushrod 7a is horizontally disposed with, pusher electric pushrod 7a is supported by pusher pole socket 21, and pusher pole socket 21 is fixed on pusher bracing frame 23; Pusher electric pushrod 7a is equipped with scraping wings 11 in end, and scraping wings 11 enters in rewinding storehouse 8 for promoting finished product 24.
The lower end of described pusher electric pushrod 7a is hinged on end pin seat 14 respectively by the second bearing pin 18, and described end pin seat 14 is fixed on pusher bracing frame 23.
Second embodiment:
As shown in Figure 10 to Figure 11, described feeding retainer part 40 be positioned at deposit bar reinforcing bar 22 storage rack 1 below, its structure comprises: on working face 2c, hinged support one connects the feeding electric pushrod 13a of feeding motor 13, feeding electric pushrod 13a vertically sets up, and feeding electric pushrod 13a upper end is hinged on by feeding Y-shaped connector 15b the left side that first moves bin 6; Feeding plates 5 at the first top of moving bin 6; The oblique retainer plate 6b protruded that stretches out in the first bottom of moving on the right side of bin 6; The directive wheel fixed axis 10a that two sides of bin 6 have protrusion to fix respectively and the directive wheel 12 being arranged on directive wheel fixed axis 10a two ends is moved first; Described directive wheel 12 is sliding to be fitted in two guiding channel-section steel 2d of specular, and the bottom of two guiding channel-section steel 2d is fixed on working face 2c; Two guiding channel-section steel 2d tops are the sliding plate 2a tilted to the right.
Described feeding plate 5 end face is with " V " type groove, and there is the elongated hole 5a regulating its position feeding plate 5 side, and feeding plate 5 is fixed on first and moves bin 6 top by securing member; Described first retainer plate moving bin 6 lower right side is the oblique retainer plate 6b tilted to the right.
Figure 11 is that in Figure 10, splicing bar 4 is received bar reinforcing bar 22 and delivered to after steel bar meter equipment 9 is processed as finished product 24, moving bin 6 by first moves up again while feeding, and the first oblique retainer plate 6b moving bin 6 holds up the state diagram that finished product 24 is directly slipped to rewinding storehouse 8.
As shown in figure 11, because the first oblique retainer plate 6b moving bin 6 lower right side moves up feeding simultaneously moving bin 6 with first, retainer plate 6b can lift the finished product 24 on steel bar meter equipment 9, finished product 24 is slipped in rewinding storehouse 8 along the inclined plane of oblique retainer plate 6b, does not therefore need pusher part 60 in second embodiment.
Described splicing part 50 of the present utility model comprises: on working face 2c, hinged support one connects the splicing electric pushrod 3a of splicing motor 3, and splicing electric pushrod 3a side by side and be set in parallel in the left side of feeding electric pushrod 13a; Described splicing electric pushrod 3a upper end is by splicing Y-shaped connector 15a and the hinged horizontally disposed connecting square pipes 4a of the first bearing pin 17, two the splicing bars 4 be parallel to each other are fixed with at connecting square pipes 4a two ends, two splicing bars 4 are hinged on the outside of two guiding channel-section steel 2d respectively, two splicing bar 4 right-hand members upwards crotch and being positioned at below sliding plate 2a.
The middle part of described each splicing bar 4 is fixed with splicing lever pin axle 16, and splicing lever pin axle 16 is hinged in the hole of splicing lever pin pedestal 2b through its end of splicing bar 4, and splicing lever pin pedestal 2b is weldingly fixed on the side of guiding channel-section steel 2d; Splicing lever pin axle 16 between splicing lever pin pedestal 2b and splicing bar 4 is set with adjustment spacer 19.
The lower end of described feeding electric pushrod 13a and the lower end of splicing electric pushrod 3a have the second bearing pin 18 to be hinged on end pin seat 14 respectively, and described two end pin seats 14 are all fixed on working face 2c.
Described directive wheel fixed axis 10a has two groups, and structure same intervals is arranged, and often organizes two directive wheel fixed axis 10a that directive wheel fixed axis 10a includes positional symmetry and is weldingly fixed on first respectively and moves bin 6 or the second and move on two sides of bin 10; Often organize two directive wheel fixed axis 10a ends respectively by the hinged directive wheel 12 of bearing 20.
In particular, as shown in Figures 4 to 6, after the feeding plate 5 that bar reinforcing bar 22 on storage rack 1 is moved upward takes off, along with feeding plate 5 moves down, bar reinforcing bar 22 is tackled by sliding plate 2a and landing is downwards caught by two splicing bars 4, under splicing electric pushrod 3a drives, bar reinforcing bar 22 is delivered on steel bar meter equipment 9 and is prepared processing by two splicing bars 4.
As shown in Fig. 8 to Fig. 9, " V " type groove of described feeding plate 5 end face, is convenient to insert from multiple bar reinforcing bar 22, chooses desired bar reinforcing bar; The elongated hole 5a of feeding plate 5 side conveniently can regulate the position of feeding plate 5, convenient to adapt to feeding.
Described second moves bin 10 or the first moves bin 6 when moving up and down, and directive wheel 12 slides all the time in guiding channel-section steel 2d.
Below the course of work of the utility model first embodiment is described:
The first step: position as shown in Fig. 8 or Fig. 9, start feeding electric pushrod 13a work, feeding electric pushrod 13a stretches out, bin 10 is moved in promotion second and feeding plate 5 moves up, feeding plate 5 " V " type groove exceeds sliding plate 2a and storage rack 1, bar reinforcing bar 22 slides into feeding plate 5 " V " in type groove, wherein splicing electric pushrod 3a stretches out (as shown in Figure 7 position), splicing bar 4 is in and tilts to the right, and the bar 4 of splicing simultaneously upper surface is lower than the upper surface of steel bar meter equipment 9; Second move bin 10 move up time, the second flitch 10b that lifts moving bin 10 bottom also moves up thereupon, the finished product 24 that steel bar meter equipment 9 is processed rise to scraping wings 11 height position;
Second step: start pusher electric pushrod 7a and stretch out, scraping wings 11 promotes finished product 24, is pushed to by finished product 24 in rewinding storehouse 8; After propelling movement completes, pusher electric pushrod 7a drives scraping wings 11 retraction at once;
3rd step: start splicing electric pushrod 3a and retract, make splicing bar 4 rotate into horizontal direction (as illustrated in figure 1 or 4 position);
4th step: start feeding electric pushrod 13a retraction, pull second to move bin 10 downwards, what make second to move bin 10 bottom lifts the upper surface of flitch 10b lower than steel bar meter equipment 9; Drive feeding plate 5 to move down simultaneously, make feeding plate 5 " V " type groove is lower than sliding plate 2a and storage rack 1, thus make bar reinforcing bar 22 fall on sliding plate 2a, be slipped to (as illustrated in figure 1 or 4 position) on splicing bar 4 by sliding plate 2a bar reinforcing bar 22.
5th step: start splicing electric pushrod 3a and stretch out, splicing bar 4 is rotated down, make splicing bar 4 upper surface lower than steel bar meter equipment 9 upper surface, bar reinforcing bar 22 is fallen on steel bar meter equipment 9 upper surface, splicing electric pushrod 3a keeps motionless (as shown in Figure 5), bar reinforcing bar 22 is processed to form finished product 24 by steel bar meter equipment 9, and subsequent action repeats above-mentioned steps, in this description will be omitted.
Below the course of work of the utility model second embodiment is described:
As shown in Figure 10 to 11, the course of work of the utility model second embodiment and the course of work of first embodiment are distinguished part and are, there is no pusher part, the first oblique retainer plate 6b upper surface moving bin 6 bottom is slope, when feeding electric pushrod 13a stretches out, bin 6 is moved in drive first and oblique retainer plate 6b moves up, and upwards promoted by the finished product 24 of processing, finished product 24 is slipped in rewinding storehouse 8 along the inclined-plane of oblique retainer plate 6b.
Claims (9)
1. the automatic material taking material receiving mechanism of a bar reinforcing bar, it is characterized in that, described automatic material taking material receiving mechanism comprises: frame (2), and the working face (2c) of frame (2) is provided with feeding retainer part (40) and splicing part (50);
Described feeding retainer part (40) is positioned at storage rack (1) below of depositing bar reinforcing bar (22), its structure comprises: at the upper hinged support feeding reciprocating device of working face (2c), the feeding expansion link of feeding reciprocating device is vertically set up, its upper end thereof is in the left side of mobile bin (6,10); Feeding plate (5) at the top of mobile bin (6,10); Bottom on the right side of mobile bin (6,10) is retainer plate (6b, 10b); Two sides of mobile bin (6,10) have directive wheel (12) respectively that protrude fixing directive wheel fixed axis (10a) and be arranged on directive wheel fixed axis (10a) two ends; Described directive wheel (12) is sliding to be fitted in two guiding channel-section steel (2d) of specular, and the bottom of two guiding channel-section steel (2d) is fixed on working face (2c); Two guiding channel-section steel (2d) tops are the sliding plates (2a) tilted to the right;
Described splicing part (50) comprising: at the upper hinged support splicing reciprocating device of working face (2c), and the splicing expansion link of splicing reciprocating device side by side and be set in parallel on the left of feeding expansion link; The horizontally disposed connecting square pipes of described splicing expansion link upper end thereof (4a), two the splicing bars (4) be parallel to each other are fixed with at connecting square pipes (4a) two ends, two splicing bars (4) are hinged on the outside of two guiding channel-section steels (2d) respectively, two splicing bar (4) right-hand members upwards crotch and be positioned at sliding plate (2a) below.
2. according to the automatic material taking material receiving mechanism of a kind of bar reinforcing bar described in claim 1, it is characterized in that, described reciprocating device is electric pushrod or cylinder or hydraulic cylinder.
3. according to the automatic material taking material receiving mechanism of a kind of bar reinforcing bar described in claim 1, it is characterized in that, the middle part of described each splicing bar (4) is fixed with splicing lever pin axle (16), splicing lever pin axle (16) is hinged in the hole of splicing lever pin pedestal (2b) through splicing bar (4) its end, and splicing lever pin pedestal (2b) is weldingly fixed on the side of guiding channel-section steel (2d); Splicing lever pin axle (16) between splicing lever pin pedestal (2b) and splicing bar (4) is set with adjustment spacer (19).
4. according to the automatic material taking material receiving mechanism of a kind of bar reinforcing bar described in claim 1, it is characterized in that, the lower end of described feeding reciprocating device and the lower end of splicing reciprocating device have the second bearing pin (18) to be hinged on end pin seat (14) respectively, and described two end pin seats (14) are all fixed on working face (2c).
5. according to the automatic material taking material receiving mechanism of a kind of bar reinforcing bar described in claim 1, it is characterized in that, described directive wheel fixed axis (10a) has two groups, structure same intervals is arranged, often organizing two directive wheel fixed axis (10a) that directive wheel fixed axis (10a) includes positional symmetry is weldingly fixed on two sides of mobile bin (6,10) respectively; Often organize two directive wheel fixed axis (10a) ends respectively by the hinged directive wheel (12) of bearing (20).
6. according to the automatic material taking material receiving mechanism of a kind of bar reinforcing bar described in claim 1, it is characterized in that, described feeding plate (5) end face is with " V " type groove, there is the elongated hole (5a) regulating its position feeding plate (5) side, and feeding plate (5) is fixed on first and moves bin (6) top by securing member; Described first retainer plate moving bin (6) lower right side is the oblique retainer plate (6b) tilted to the right.
7. according to the automatic material taking material receiving mechanism of a kind of bar reinforcing bar described in claim 1, it is characterized in that, described feeding plate (5) end face is with " V " type groove, there is the elongated hole (5a) regulating its position feeding plate (5) side, and feeding plate (5) is fixed on second and moves bin (10) top by securing member; Second retainer plate moving bin (10) lower right side lifts flitch (10b).
8. according to the automatic material taking material receiving mechanism of a kind of bar reinforcing bar described in claim 7, it is characterized in that, also comprise pusher part (60), its structure comprises: pusher bracing frame (23), the pusher electric pushrod (7a) of pusher motor (7) is connected at the upper hinged support one of pusher bracing frame (23), pusher electric pushrod (7a) is horizontally disposed with, pusher electric pushrod (7a) is supported by pusher pole socket (21), and pusher pole socket (21) is fixed on pusher bracing frame (23); Pusher electric pushrod (7a) end pushes into the scraping wings (11) that product (24) enter rewinding storehouse (8).
9. according to Claim 8 described in a kind of automatic material taking material receiving mechanism of bar reinforcing bar, it is characterized in that, the lower end of described pusher electric pushrod (7a) is hinged on end pin seat (14) respectively by the second bearing pin (18), and described end pin seat (14) is fixed on pusher bracing frame (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520049934.4U CN204685922U (en) | 2015-01-23 | 2015-01-23 | A kind of automatic material taking material receiving mechanism of bar reinforcing bar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520049934.4U CN204685922U (en) | 2015-01-23 | 2015-01-23 | A kind of automatic material taking material receiving mechanism of bar reinforcing bar |
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| Publication Number | Publication Date |
|---|---|
| CN204685922U true CN204685922U (en) | 2015-10-07 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520049934.4U Withdrawn - After Issue CN204685922U (en) | 2015-01-23 | 2015-01-23 | A kind of automatic material taking material receiving mechanism of bar reinforcing bar |
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| Country | Link |
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| CN (1) | CN204685922U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104588545A (en) * | 2015-01-23 | 2015-05-06 | 建科机械（天津）股份有限公司 | Automatic taking and catching device for bar reinforcements |
| CN105414409A (en) * | 2016-01-15 | 2016-03-23 | 北京五隆兴机械制造有限公司 | Automatic reinforcing steel bar feeding device |
-
2015
- 2015-01-23 CN CN201520049934.4U patent/CN204685922U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104588545A (en) * | 2015-01-23 | 2015-05-06 | 建科机械（天津）股份有限公司 | Automatic taking and catching device for bar reinforcements |
| CN104588545B (en) * | 2015-01-23 | 2016-08-17 | 建科机械（天津）股份有限公司 | A kind of automatic material taking material-receiving device of bar reinforcing bar |
| CN105414409A (en) * | 2016-01-15 | 2016-03-23 | 北京五隆兴机械制造有限公司 | Automatic reinforcing steel bar feeding device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151007 Effective date of abandoning: 20160817 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |