CN204869802U - Punch -out equipment aircraft nose is ordered to fluid pressure type - Google Patents
Punch -out equipment aircraft nose is ordered to fluid pressure type Download PDFInfo
- Publication number
- CN204869802U CN204869802U CN201520384318.4U CN201520384318U CN204869802U CN 204869802 U CN204869802 U CN 204869802U CN 201520384318 U CN201520384318 U CN 201520384318U CN 204869802 U CN204869802 U CN 204869802U
- Authority
- CN
- China
- Prior art keywords
- frame
- punch
- groove
- arranges
- spring
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Abstract
The utility model relates to a punch -out equipment aircraft nose is ordered to fluid pressure type, including frame (25), sword box (11) is connected in frame (25), and ejector pad (20) and inner punch (13) are connected to the assembly outer drift (12) that slides in sword box (11) on outer drift (12), connect gland (14) on sword box (11), its characterized in that: connect main hydraulic cylinder (16) on frame (25), set up the pneumatic cylinder on drift (12) outside, the both sides of interior spout (12c) set up a pair of spring groove (12a), interior push rod (28) on the pneumatic cylinder are connected with inner punch (13), and consolidation a pair of return clamp plate (17) of inner punch (13) symmetry, return clamp plate (17) other end is swung in spring groove (12a), is connected between return clamp plate (17) and the spring groove (12a) return spring (30). Adopt above -mentioned technique back, realized ordering the mesh that hydraulic pressure that the punch -out equipment utilized the hydraulic power source to supply with can be worked to can be at the ganged punch -out equipment synchronous working of ordering of plant layout, realize the high efficiency that the carton bound.
Description
Technical field
The utility model relates to carton binding technique field, and particularly one orders punch-out equipment.
Background technology
Carton becomes case processing mode to mainly contain to comprise stitching and becomes case, is bonded into case and is folded into case three major types, the shaping middle use of current conventional cartons be that stitching becomes case the most widely, carton binding machine is the key equipment during stitching becomes case to process.Carton binding machine mostly be foot-operated order punch-out equipment and cam mechanism coordinate transmission order punch-out equipment.Order punch-out equipment for these two kinds to be suitable for separate unit and to be used alone, crudy is not good, and during work, noise is larger.
Utility model content
The purpose of this utility model is the problem solving above-mentioned technology, and then proposes a kind of fluid pressure type and order punch-out equipment head.
For reaching above-mentioned purpose, the utility model adopts following technical proposals:
A kind of fluid pressure type orders punch-out equipment head, comprises following assembly:
A, frame and Power Component
Frame and Power Component comprise frame, and central rack arranges springboard groove, and frame lower end arranges the sleeve hole be communicated with springboard groove;
B, punch-head assembly
Punch-head assembly comprises the cutter box be fixedly connected in frame, and the sidewall of side, cutter box lower end connects thread feeding piece, and thread feeding piece arranges into a groove; Slidable fit outer ram in cutter box, outer ram bottom arranges internal chute, and the sidewall of the side of outer ram lower end is embedded in cutter head;
Outer ram connects pushing block; Assembling inner punch in internal chute, cutter box connects gland, and gland housing is got excited outward and inner punch;
C, choose spring assembly
Choose spring assembly and comprise the springboard hinged with frame, springboard is positioned at springboard groove, and springboard end arranges promotion tongue;
Sleeve hole assembly connection sleeve, assembling tongue in sleeve, and between tongue and sleeve bottom, spring is set, tongue is arranged radial glossal canal; Radial glossal canal is slidably matched with promotion tongue;
D, wire feed assembly
Wire feed assembly comprises the guide pad be connected with frame, arranges the wire feed rolls be connected with frame, the frame of wire feed rolls side connects wire pressing device, the frame below wire feed rolls connects wire guide rail below guide pad;
It is characterized in that:
Frame side is arranged hydraulic cylinder mount pad, hydraulic cylinder mount pad connects double acting main hydraulic cylinder;
On outer ram, the top of internal chute arranges cylinder port, and the both sides of internal chute respectively arrange a spring groove; Oral area and the plug of cylinder port are tightly connected, and plug is arranged interior cutter oilhole, plug is connected with the expansion link of main hydraulic cylinder;
In cylinder port, assembling single-acting inner carrier, inner carrier connects inner push-rod; Inner push-rod passes the next door of cylinder port and internal chute, and extends in internal chute;
Inner punch is connected with inner push-rod, inner punch symmetry a pair return groove is set, consolidation return pressing plate in each return groove, the return pressing plate other end swings in spring groove, and return pressing plate is connected return spring with between spring groove.
On the basis of technique scheme, there is following further technical scheme:
Be connected to the range sensor coordinated in frame and with outer ram end face, range sensor is connected with signal picker, and signal picker is connected with servo-control system, and servo-control system is connected with servomotor; Servomotor is connected in frame, and servomotor spindle extends to frame opposite side through frame, and servomotor spindle installs driving gear.
After adopting technique scheme, achieve the workable object of hydraulic pressure ordered punch-out equipment and utilize hydraulic power supply to supply, thus can work asynchronously at Facility Layout punch-out equipment of ordering in groups, realize the high efficiency of carton bookbinding.
Accompanying drawing explanation
Fig. 1 is general assembly drawing of the present utility model;
Fig. 2 is A-A sectional view of the present utility model;
Fig. 3 is outer ram front view of the present utility model;
Fig. 4 is outer ram sectional view of the present utility model;
Fig. 5 is punch-head assembly enlarged drawing of the present utility model.
Detailed description of the invention
In order to explain the technical solution of the utility model further, be described in detail below by specific embodiment.
A kind of fluid pressure type orders punch-out equipment head, as depicted in figs. 1 and 2, comprises following assembly composition:
A, frame and Power Component
As depicted in figs. 1 and 2, frame and Power Component comprise frame 25, frame 25 side is arranged hydraulic cylinder mount pad 25a, frame 25 opposite side arranges motor seat board 25b, hinged-support groove 25d is set in the middle part of frame 25, arrange the springboard groove 25c be communicated with hinged-support groove 25d in the middle part of frame 25, frame 25 lower end arranges the sleeve hole 25e be communicated with springboard groove 25c.
Hydraulic cylinder mount pad 25a connects double acting main hydraulic cylinder 16, main hydraulic cylinder 16 is arranged and promotes hydraulic fluid port P1 and backhaul hydraulic fluid port P2.
B, punch-head assembly
As shown in Figure 1, Figure 2 and shown in Fig. 4, punch-head assembly comprises the cutter box 11 be fixedly connected in frame 25.Cutter box 11 is arranged the square external chute 11a running through two ends, and run through at the bottom of external chute 11a lower channel.The sidewall of side, cutter box 11 lower end is arranged thread feeding piece groove 11b.Be equipped with thread feeding piece 8 in thread feeding piece groove 11b in described cutter box 11, what described thread feeding piece 8 arranged through two ends enters a groove.
Slidable fit outer ram 12 in the external chute 11a of cutter box 11.As shown in Figures 3 and 4, outer ram 12 upper end arranges the cylindrical cylinder port 12b of opening, outer ram 12 arranges the internal chute 12c running through outer ram 12 lower surface below cylinder port 12b, cylinder port 12b arranges with on the next door of internal chute 12c the push-rod hole 12d being communicated with them, the two side of internal chute 12c is respectively arranged a spring groove 12a, run through at the bottom of internal chute 12c lower channel; The sidewall of the side of outer ram 12 lower end is arranged cutter head groove 12e, the sidewall of both sides, outer ram 12 lower end is all arranged horizontal semi-cylindrical silk pressing groove 12f.
As shown in Figure 1, Figure 2 and shown in Fig. 5, the oral area of cylinder port 12b is tightly connected by sealed tube screw thread and plug 18.Plug 18 is arranged the interior cutter oilhole P3 running through two ends, plug 18 is connected with the expansion link of main hydraulic cylinder 16.
Assembling single-acting inner carrier 29, inner carrier 29 connects inner push-rod 28 in cylinder port 12b, and inner push-rod 28 coordinates with push-rod hole 12d and slides.
The inner surface that outer ram 12 and external chute 11a bottom land are close to and pushing block 20 are fitted, and both are fixedly connected with.Cutter head groove 12e is embedded in cutter head 9.
Assembling inner punch 13 in internal chute 12c.Inner punch 13 upper end is connected with inner push-rod 28, inner punch 13 symmetry a pair return groove 13a is set, inner punch 13 lower end is provided with arc-shaped curved surface 13b, and between the inner surface that inner punch 12 and internal chute 12c bottom land are close to and inner punch 13 lower end surface, transition chamfered edge in right angle is for pressing inclined-plane 13c.
Each return groove 13a internal fixtion assembles a return pressing plate 17, and return pressing plate 17 other end swings in spring groove 12a, assembling return spring 30 in spring groove 12a; Return pressing plate 17 is withstood in return spring 30 one end, and the sidewall of other end pressing spring groove 12a.
As shown in Figure 1, cutter box 11 connects gland 14, gland 14 housing is got excited outward 12 and inner punch 13.
C, choose spring assembly
As illustrated in fig. 1 and 2, choose spring assembly and comprise the fixed-hinged support 23 be fixedly connected in frame 25, the angle bearing committee of fixed-hinged support 23 is positioned at hinged-support groove 25d.Hinged springboard 22 on fixed-hinged support 23, springboard 22 is arranged and promotes slide bar 22a, and springboard 22 end arranges and promotes tongue 22b.
Sleeve hole 25e assembly connection sleeve 27, sleeve 27 openend arranges the open slot 27a operationally coordinated with springboard 22.Assembling tongue 10 in sleeve 27, and bottom tongue 10 and sleeve 27 between spring 21 is set.Tongue 10 overhanging end arranges radial loudspeaker groove 10b, and tongue 10 overhanging end is arranged and the cooperation inclined-plane 10c pressing inclined-plane 13c and operationally coordinate, and arranges penetratingly radial glossal canal 10a in the middle part of tongue 10.
Radial glossal canal 10a is slidably matched with promotion tongue 22b.
Described spring assembly of choosing is prior art.
D, wire feed assembly
As shown in Figures 1 and 2, wire feed assembly comprises and being connected in frame 25 and the range sensor 6 coordinated with plug 18 end face, range sensor 6 is connected with signal picker 24 by wire, signal picker 26 is connected with servo-control system 26 by wire, and servo-control system 26 is connected with servomotor 19; Servomotor 19 is fixedly connected on motor seat board 25b, and servomotor 19 main shaft extends to frame 25 opposite side through frame 25, and driving gear 3 installed by servomotor 19 main shaft.
Guide pad 2 is connected with frame 25 by bolt, and guide pad 2 arranges square guide through hole.Wire feed rolls 5 is set below guide pad 2.Wire feed rolls 5 is connected with frame 25 by screwed axle, and wire feed rolls 5 is arranged at below guide pad 2; Wire feed rolls 5 arranges the wire feeding gear portion and wire feed cylindrical roller portion that axially distribute, and the wire feeding gear portion of wire feed rolls 5 engages with driving gear 3 transmission.
The frame 25 of wire feed rolls 5 side connects wire pressing device 4, and wire pressing device 4 comprises the depression bar 4b that one end and frame 25 are rotationally connected, and the depression bar 4b other end arranges U-shaped socket.Grafting cylinder adjusting screw(rod) 4e in the socket of depression bar 4b, adjusting screw(rod) 4e one end and frame 25 are rotationally connected, and the adjusting screw(rod) 4e other end connects hand sth. made by twisting nut 4c.On adjusting screw(rod) 4e, noose spring 4d, spring 4d one end is pressed on the socket of depression bar 4b, and the spring 4d other end is pushed down by hand sth. made by twisting nut 4c.
By screwed axle assembling thread pressing wheel 4a in the middle of depression bar 4b, thread pressing wheel 4a arranges silk pressing gear part and silk pressing cylindrical roller portion, and the silk pressing gear part of described thread pressing wheel 4a and the wire feeding gear portion of wire feed rolls 5 engage each other transmission.
Frame 25 below wire feed rolls 5 connects wire guide rail 7, and wire guide rail 7 L-shaped (or claiming bending), the lateral surface of described wire guide rail 7 is provided with the square wire groove running through wire guide rail two ends.Described wire guide rail 7 arranges the side of square wire groove and guide rail gland 6 and assembles and compress.
E, operation principle
Connect external hydraulic control system, and debug hydraulic control system.The servo-drive system of examination range sensor 6, signal picker 24, servo-control system 26 and servomotor 19 composition, when debugging reaches following target: when outer ram 12 arrives most significant end, now to test the distance arrived minimum for range sensor 16, by signal picker 24 by signal transmission to servo-control system 26, servo-control system 26 produces pumping signal and drives servomotor 19 to move, servomotor 19 drives wire feed assembly to operate, during each wire feed assembly running, can send the flat filament 1 of a nail length, whole process setting is completed 5 ~ 8 seconds.
In wire feed process, servomotor 19 drives wire feed rolls 5 and thread pressing wheel 4a synchronous axial system by driving gear 3.Under the effect of wire feed rolls 5 and thread pressing wheel 4a, flat filament 1 is by the feeding punch-head assembly of regular interruption: in revolution wire feed process, thread pressing wheel 4a can coordinate with wire feed rolls 5 and produces larger frictional force to flat filament 1, so that can be sent in punch-head assembly by flat filament 1; When precalculated position delivered to by flat filament 1, because flat filament 1 is subject to larger resistance, so that thread pressing wheel 4a and wire feed rolls 5 coordinate the frictional force to flat filament 1 produces flat filament 1 can not be continued to be fed forward.
The high pressure liquid force feed of hydraulic system supply drives, main hydraulic cylinder 16 and the regular motion of inner carrier 29: when outer ram 12 moves to peak, stop about 10 seconds, hydraulic system is stretched out in cylinder to main hydraulic cylinder 16 and is supplied high pressure liquid force feed, and high pressure liquid force feed promotion main hydraulic cylinder 16 stretches out expansion link promotion outer ram 12 and moves downward.When outer ram 12 moves downward a certain position, cutter head 9 cuts off flat filament 1, then when continuing to move downward, promotion bridging piece 22 moves by pushing block 20, and promotion tongue 10 bounces back by bridging piece 22 simultaneously, Compress Spring 21.When tongue 10 retracts to a certain position, inner punch 13 is just in tongue 10 upper end, and now main hydraulic cylinder 16 piston movement is to extreme extended position, and outer ram 12 stops moving downward.
Then, hydraulic system supply high pressure liquid force feed enters in cylinder port 12b by interior cutter oilhole P3, and promotion inner carrier 29 and inner punch 13 move downward.Under the cooperation inclined-plane 10c pressed on inclined-plane 13c and tongue 10 of inner punch 13 coordinates extruding, tongue 10 continues retraction, and inner punch continues to move downward, the flat filament 1 that punching press is cut off, and flat filament 1 is nailed on carton.
After nailing flat filament 1, pass into high pressure liquid force feed in the retraction cylinder of main hydraulic cylinder 16, main hydraulic cylinder 16 expansion link bounces back, and drives outer ram 12 to move upward.Meanwhile, pressure release in cylinder port 12b; Under the effect of return spring 30, inner punch 13 relatively outer ram 12 moves upward.When outer ram 12 and inner punch 13 move to a certain position, tongue 10 is no longer hindered, and tongue 10 stretches out under the elastic force effect of spring 21.After tongue stretches out, wait for that servomotor 19 drives wire feed assembly to continue conveying flat filament 1.This completes a working cycles.
Claims (2)
1. fluid pressure type orders a punch-out equipment head, comprises following assembly:
A, frame and Power Component
Frame and Power Component comprise frame (25), and frame (25) middle part arranges springboard groove (25c), and frame (25) lower end arranges the sleeve hole (25e) be communicated with springboard groove (25c);
B, punch-head assembly
Punch-head assembly comprises the cutter box (11) be fixedly connected in frame (25), the sidewall of cutter box (11) side, lower end connects thread feeding piece (8), and thread feeding piece (8) arranges into a groove; The interior slidable fit outer ram (12) of cutter box (11), outer ram (12) bottom arranges internal chute (12c), the sidewall of the side of outer ram (12) lower end is embedded in cutter head (9);
Outer ram (12) connects pushing block (20); Assembling inner punch (13) in internal chute (12c), cutter box (11) connects gland (14), gland (14) housing is got excited outward (12) and inner punch (13);
C, choose spring assembly
Choose spring assembly and comprise the springboard (22) hinged with frame (25), springboard (22) is positioned at springboard groove (25c), and springboard (22) end arranges and promotes tongue (22b);
Sleeve hole (25e) assembly connection sleeve (27), assembling tongue (10) in sleeve (27), and between tongue (10) and sleeve (27) bottom, spring (21) is set, tongue (10) is arranged radial glossal canal (10a); Radial glossal canal (10a) is slidably matched with promotion tongue (22b);
D, wire feed assembly
Wire feed assembly comprises the guide pad (2) be connected with frame (25), guide pad (2) below arranges the wire feed rolls (5) be connected with frame (25), the frame (25) of wire feed rolls (5) side connects wire pressing device (4), and the frame (25) of wire feed rolls (5) below is upper connects wire guide rail (7);
It is characterized in that:
Frame (25) side is arranged hydraulic cylinder mount pad (25a), hydraulic cylinder mount pad (25a) is upper connects double acting main hydraulic cylinder (16);
On outer ram (12), the top of internal chute (12c) arranges cylinder port (12b), and the both sides of internal chute (12c) respectively arrange a spring groove (12a); Oral area and the plug (18) of cylinder port (12b) are tightly connected, and plug (18) is arranged interior cutter oilhole (P3), plug (18) is connected with the expansion link of main hydraulic cylinder (16);
In cylinder port (12b), assembling single-acting inner carrier (29), inner carrier (29) connects inner push-rod (28); Inner push-rod (28) through the next door of cylinder port (12b) with internal chute (12c), and extends in internal chute (12c);
Inner punch (13) is connected with inner push-rod (28), what inner punch (13) was symmetrical arranges a pair return groove (13a), each return groove (13a) interior consolidation return pressing plate (17), return pressing plate (17) other end swings in spring groove (12a), is connected return spring (30) between return pressing plate (17) with spring groove (12a).
2. a kind of fluid pressure type orders punch-out equipment head according to claim 1, it is characterized in that:
Be connected to frame (25) to go up and the range sensor (6) coordinated with outer ram (12) end face, range sensor (6) is connected with signal picker (24), signal picker (24) is connected with servo-control system (26), and servo-control system (26) is connected with servomotor (19); Servomotor (19) is connected in frame (25), and servomotor (19) main shaft extends to frame (25) opposite side through frame (25), servomotor (19) main shaft is installed driving gear (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520384318.4U CN204869802U (en) | 2015-06-04 | 2015-06-04 | Punch -out equipment aircraft nose is ordered to fluid pressure type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520384318.4U CN204869802U (en) | 2015-06-04 | 2015-06-04 | Punch -out equipment aircraft nose is ordered to fluid pressure type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204869802U true CN204869802U (en) | 2015-12-16 |
Family
ID=54814221
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520384318.4U Expired - Fee Related CN204869802U (en) | 2015-06-04 | 2015-06-04 | Punch -out equipment aircraft nose is ordered to fluid pressure type |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204869802U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104875423A (en) * | 2015-06-04 | 2015-09-02 | 赵明 | Hydraulic carton binding machine head |
-
2015
- 2015-06-04 CN CN201520384318.4U patent/CN204869802U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104875423A (en) * | 2015-06-04 | 2015-09-02 | 赵明 | Hydraulic carton binding machine head |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103522598B (en) | Cross partition machine | |
| CN204700913U (en) | A kind of cutter sweep being applied to Packing Machine | |
| CN205904658U (en) | Staple assembly quality of hinge | |
| CN203830613U (en) | LED bending and pin-cutting mechanism | |
| CN203076485U (en) | Adjustable synchronous feeding mechanism of stamping device | |
| CN203804070U (en) | Material stirring mechanism | |
| CN203411111U (en) | Bidirectional synchronous overturning clamping mechanism with automatic reset | |
| CN203030700U (en) | Automatic punching machine for automobile guide rail | |
| CN204869802U (en) | Punch -out equipment aircraft nose is ordered to fluid pressure type | |
| CN201645634U (en) | Full-automatic hydraulic blank cutter | |
| CN202163986U (en) | Improved cam driving mechanism | |
| CN203889711U (en) | Small material slice collecting and feeding device | |
| CN203265451U (en) | Stamping machine automatic feeding device | |
| CN205819732U (en) | A kind of be automatically positioned, the workstation device of pressing | |
| CN104875423A (en) | Hydraulic carton binding machine head | |
| CN106602791A (en) | Paper cutting and molding device | |
| CN202922307U (en) | Automatic precise positioning, lifting and baiting device for machine tool | |
| CN202480159U (en) | Punch machine | |
| CN104760331A (en) | Adjusting device for sucking and pressing film of automatic window patching machine | |
| CN105127734B (en) | The synchronous pressure riveting mechanism of many nuts | |
| CN203450438U (en) | Feeding device for belt-shaped material | |
| CN204507379U (en) | A kind of remote controller of automatic remote controller compress and specification sheets feed mechanism | |
| CN203697184U (en) | Special straw mat processing machine | |
| CN203558253U (en) | Pneumatic stapling device | |
| CN202725755U (en) | Aluminum product automatic punching machine with compressed end portion |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20151216 Termination date: 20160604 |