CN203900593U - Full-automatic guide rail cutting device - Google Patents
Full-automatic guide rail cutting device Download PDFInfo
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- CN203900593U CN203900593U CN201420288193.0U CN201420288193U CN203900593U CN 203900593 U CN203900593 U CN 203900593U CN 201420288193 U CN201420288193 U CN 201420288193U CN 203900593 U CN203900593 U CN 203900593U
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- guide rail
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Abstract
The utility model discloses a full-automatic guide rail cutting device which comprises a cutter, a locating mechanism, a driving mechanism and a trigger control mechanism. The locating mechanism is matched with the cutter to locate a guide rail to be cut according to the length of the guide rail, the cutter is in a state to cut the located guide rail to be cut, the driving mechanism is in driving connection with the cutter, and the trigger control mechanism is connected with the driving mechanism in a control mode and starts the driving mechanism through the guide rail to be cut in a trigger and control mode. By means of the full-automatic guide rail cutting device, full automation of guide rail cutting can be achieved, the process is automatically completed from starting to finishing, and manual intervention is not needed, so that cutting efficiency is greatly increased.
Description
Technical field
The utility model relates to guide rail process technology, is specifically related to the cutting technique of guide rail.
Background technology
Guide rail (VAV guide): groove or ridge that metal or other material are made, can bear, fix, guide mobile device or equipment and reduce a kind of device of its friction.Cannelure in guide rail surface or ridge, for guiding, stationary machines parts, special equipment, instrument etc.Guide rail claims again slide rail, linear guides, linear slide rail, for straight reciprocating motion occasion, has the nominal load higher than linear bearing, can bear certain moment of torsion simultaneously, can the in the situation that of high capacity, realize high-precision rectilinear motion.
Guide rail application is in daily life also very general, if sliding grain, the chute on curtain top and rail of train of sliding door etc. are all the concrete application of guide rail.Guide rail can be also needs machine that band slides or above equipment for any, as is useful on cage guide.
Referring to Fig. 1 and Fig. 2, it is depicted as the structure of common C45 guide rail.C45 guide rail is used in power distribution cabinet or switch board and fixes electrical equipment.C45 guide rail is generally the strip that length is grown, and needs in use to cut according to the required length of the reality in power distribution cabinet or switch board the C45 guide rail of corresponding length.Due to the guide rail requirement to flatness in use, add C45 rail thicknesses consistent, and intermediate vertical indent, both sides are along limit level, the different structure of each position intensity in secured adjusted hole, the very high requirement that this just proposes the cutting technique of C45 guide rail are offered in indent bottom.
To this, the patent No. is that 200520114645.4 Chinese patent discloses a kind of metal guide-rail cutter, in its open scheme, fixed blade, one end that this cutter mainly comprises base, be fixed on base are connected to the quiet depression bar to sheet top and are arranged on the cutting blade in fixed blade by depression bar pin, and by being fixed on scale, buffer spring support, buffer spring, chain hook, iron chains and the fixing chain hook part etc. on base, and realize thus and cut off metal guide rail.
Although such structure can be cut fast to C45 guide rail, but this structure needs manpower to operate depression bar, also need manually the length of C45 guide rail to be cut to be adjusted, so not only complex operation, affects the efficiency that guide rail cuts greatly simultaneously; Meanwhile, by manually operating, the dynamics of its cutting and the length of adjusting guide rail to be cut all cannot accurately be controlled, and some C45 guide rails that cutting is obtained cannot meet instructions for use, and yield rate is not high.
Utility model content
For the existing problem of cut-out technology of existing C45 guide rail, the purpose of this utility model is to provide a kind of full-automatic guide rail cutter, improves thus cutting efficiency and the yield rate of C45 guide rail.
In order to achieve the above object, the utility model adopts following technical scheme:
A kind of full-automatic guide rail cutter, described cutter comprises a cutting tool, it also comprises a detent mechanism, driving mechanism and triggers controlling organization, described detent mechanism coordinates the length of guide rail to be cut is positioned with cutting tool, and described cutting tool forms state to be cut to the guide rail to be cut after locating, described driving mechanism drives and connects cutting tool, described triggering controlling organization control connection driving mechanism, and start driving mechanism by the guide rail touch-control to be cut behind location.
In the preferred version of this cutter, cutting cutting edge on described cutting tool holds guide rail to be cut and vertically passes by gravity, complete the automatic charging of guide rail to be cut, described detent mechanism positions the length of the guide rail to be cut through cutting tool, described triggering controlling organization starts driving mechanism by the gravity touch-control of locating rear guide rail to be cut, and stops according to number control driving mechanism to be cut.
Preferably, described cutting tool comprises:
Quiet cutter piece, offers an appearance moving knife piece and settles the chute sliding on described quiet cutter piece, offer one corresponding with track cross-section to be cut and hold the quiet cutting hole that guide rail to be cut vertically passes through in this chute;
Moving knife piece, what described moving knife piece can slide is placed in, on it, offer one corresponding with track cross-section to be cut and hold the moving cutting hole that guide rail to be cut vertically passes through, described moving cutting hole is corresponding with quiet cutting hole, and in the time that moving knife piece slides along chute, coordinates formation cutting cutting edge with quiet cutting hole;
Drive block, described drive block is placed on quiet cutter piece, slides along chute by rotating drive moving knife piece, coordinates guide rail to be cut is formed to shearing force with quiet cutter piece;
Return spring, described return spring is placed between moving knife piece and quiet cutter piece, drives moving knife piece return completing after cutting by elastic force, makes the moving cutting hole on moving knife piece corresponding with the quiet cutting hole on quiet cutter piece;
Upper cover, described upper cover is located on quiet cutter piece, and covers the chute on it, above cover the position corresponding with quiet cutting hole on quiet cutter piece offer one with track cross-section to be cut corresponding and hold the jack that guide rail to be cut vertically passes through.
Further, described drive block is cam-like, and it is placed in the chute in quiet cutter piece, by rotating the driving force that moving knife piece is formed to linear change.
Further, described quiet cutter piece, moving knife piece and on cover the quiet cutting hole of offering, moving cutting hole and jack, its length direction and moving knife piece are angled along chute moving direction, this angle is greater than 0 ° and is less than 90 °.
Preferably, described detent mechanism is positioned at the below of cutting tool, it comprises a positioning block and a scale guide pillar, described scale guide pillar is vertically arranged on cutting tool below, described locating piece is movably arranged on scale guide pillar, and adjust switch by position and position, the locating piece behind location forms spacing to the guide rail to be cut through cutting tool.
Preferably, described driving mechanism comprises driving oil cylinder and transmission mechanism, and described driving oil cylinder drives the action component connecting in cutting tool by transmission mechanism.
Preferably, described triggering controlling organization comprises controller and trigger switch, Returning switch, shutdown switch, and counter, described controller is control connection trigger switch, Returning switch and shutdown switch respectively, control connection driving mechanism simultaneously, described trigger switch is by the gravity touch-control of locating rear guide rail to be cut; Described Returning switch and shutdown switch and driving mechanism are equipped with the driving journey stop gear that forms driving mechanism; Described counter is controlled by controller, and coordinates and join with driving mechanism.
The guide rail cutting scheme forming thus can be realized the full-automation of guide rail cutting, all automatically completes from starting to end, without manual intervention, has improved greatly cutting efficiency.
Moreover, at full automatic cutting process, completed behind accurate location by detent mechanism, then by the movement of the GRAVITY CONTROL guide rail to be cut of guide rail to be cut, except can raising the efficiency, ensured greatly cutting accurately.
Moreover, in this programme, coordinate the shearing force of linear change by oblique cutting angle, greatly reduce the required shearing force of cutting track, avoid the excessive or too small problem that causes track shear fracture fluffing or distortion of shearing force simultaneously, ensure the smooth and smooth of track sheared edge, greatly improved the yield rate of product.
Brief description of the drawings
Further illustrate the utility model below in conjunction with the drawings and specific embodiments.
Fig. 1 is the structural representation of full-automatic guide rail cutter in the utility model;
Fig. 2 is the structural representation of cutting tool in the utility model;
Fig. 3 is the structural representation of detent mechanism in the utility model.
Detailed description of the invention
For technological means, creation characteristic that the utility model is realized, reach object and effect is easy to understand, below in conjunction with concrete diagram, further set forth the utility model.
The full-automatic guide rail cutter providing in this example, in the time cutting track, make guide rail to be cut drop to position to be cut with gravity, and trigger startup cutting tool by the guide rail to be cut that drops to cutting position the guide rail that drops to position to be cut is cut, cutting action is counted simultaneously, controlled cutting action with this and stop.
Referring to Fig. 1, it is depicted as the structural representation of the full-automatic guide rail cutter forming based on above-mentioned principle.As seen from the figure, this full-automatic guide rail cutter is mainly coordinated and is formed by cutting tool 100, detent mechanism 200, driving mechanism 300 and triggering controlling organization 400.
Wherein, detent mechanism 200 coordinates the length of guide rail 500 to be cut is positioned with cutting tool 100, and cutting tool 100 forms state to be cut to the guide rail to be cut after locating.
Driving mechanism 300 drives and connects cutting tool 100, drives cutting tool 100 to cut the guide rail to be cut after locating.
Trigger controlling organization 400 control connection driving mechanisms 300, control the startup of driving mechanism 300 and stop.The to be cut guide rail touch-control of this triggering controlling organization 400 after by location starts driving mechanism, cutting action counted simultaneously, and controlled driving mechanism 300 with this and stop driving.
Referring to Fig. 2, it is depicted as the concrete structure of cutting tool 100 in this programme.This cutting tool 100 is mainly by quiet cutter piece 101, moving knife piece 102, drive block 103, upper cover 104 and return spring 105 mix proportions.
As seen from the figure, this quiet cutter piece 101 forms shearing force for coordinating with moving knife piece 102 to guide rail to be cut.In order to coordinate with moving knife piece is stable, ensure reliable and stable apply of shearing force to guide rail to be cut, whole quiet cutter piece is horizontally disposed with, on it, be provided with an appearance moving knife piece and settle the chute 101a sliding, this chute 101a is square, and along continuous straight runs distribution, its size and the degree of depth match with moving knife piece 102.
Meanwhile, offer in the centre position, bottom of this chute one corresponding with track cross-section to be cut and hold the quiet cutting hole (not shown) that guide rail to be cut vertically passes through.
Moving knife piece 102 is specially a moving knife, in the transportable chute 101a being placed on quiet cutter piece 101 of its entirety, and can move along chute direction.On this moving knife piece 102, offer one corresponding with track cross-section to be cut and hold the moving cutting hole 102a that guide rail to be cut vertically passes through simultaneously, this moving cutting hole 102a is specifically also positioned at the centre position of moving knife piece 102, it is at moving knife piece 102 during in original position, corresponding with the quiet cutting hole on quiet cutter piece 101, coordinate like this to form and hold the cutting cutting edge that vertically passes through of track to be cut, and coordinate formation shearing force during along chute 101a horizontal slip with quiet cutting hole at moving knife piece 102.
Drive block 103, it is equally also placed in the chute 101 of quiet cutter piece 101, by horizontally rotating, moving knife piece 102 is applied to the thrust that is linear change, then drive moving knife piece to slide along chute, thereby make moving knife piece 102 coordinate the guide rail to be cut to rushing across both cutting holes to form shearing force with quiet cutter piece 101.
Concrete, this drive block 103 is a cam-like, and it is by the chute 101a of turning cylinder 103a horizontal setting in quiet cutter piece, and turning cylinder 103a vertically assigns in chute, thus by horizontally rotating the driving force that moving knife piece is formed to linear change.
Return spring 105, be placed between moving knife piece and quiet cutter piece, specifically be placed between the top of moving knife piece 102 and the top of chute 101a, this return spring 105 drives moving knife piece 102 to move along chute at drive block 103, coordinate while cutting with quiet cutter piece 101, driven knife piece 102 is compressed, drive moving knife piece 102 to be returned to initial position by elastic force completing after cutting, make the moving cutting hole on moving knife piece corresponding with the quiet cutting hole on quiet cutter piece, to carry out next time cutting.
Upper cover 104, it is mainly used in above-mentioned all parts to be sealed in the chute of quiet cutter piece, and shape is in aggregates, ensures the stability of cutting tool.These upper cover 104 shapes match with quiet cutter piece, and it is installed on quiet cutter piece 101, and cover the chute on it; Simultaneously upper cover the position corresponding with quiet cutting hole on quiet cutter piece offer one with track cross-section to be cut corresponding and hold the jack 104a that guide rail to be cut vertically passes through, be convenient to like this track to be cut and enter into moving knife piece 102 coordinates formation cutting cutting edge with quiet cutter piece 101.
In order further to improve cutting effect, in this programme at quiet cutter piece, moving knife piece and on cover the quiet cutting hole of offering, when moving cutting hole and jack, make its length direction and moving knife piece angled along chute moving direction, this angle is greater than 0 ° and is less than 90 °, make like this cutting cutting edge in cutting tool with oblique cutting angle, track to be cut be sheared, realize from one side of track to be cut and clip to gradually another side, coordinate again the shearing force of linear change, make shearing force become gradually large, so not only greatly reduce the required shearing force of cutting track, improve outside shear rate, avoid the excessive or too small problem that causes the fluffing of track shear fracture or distortion of shearing force in shear history simultaneously, ensure the smooth and smooth of track sheared edge, greatly improve the yield rate of product.
The cutter tool 100 forming thus, can vertically pass by gravity guide rail to be cut by the cutting cutting edge on it, realizes thus the automatic charging of guide rail to be cut, greatly raises the efficiency.
Detent mechanism 200 in cutter, is specifically arranged on the below of cutting tool, for to vertically positioning through cutting tool, the length to be cut that completes the track to be cut of automatic charging.
Referring to Fig. 3, what this detent mechanism 200 was concrete comprises locating piece 201, scale guide pillar 202 and position adjustment switch 203.It is vertically fixed on the bottom of quiet cutter piece 101 in cutter tool 100 scale guide pillar 202, and particular location coordinates with the quiet cutting hole on it.This scale guide pillar 202 is except for measuring the length through the track to be cut of cutter, and it is also as the moving track of locating piece 201.
Locating piece 201 is by movable block 201a and horizontal Horizontal limiting plate 201b mix proportion, what wherein movable block 201a can move is placed on scale guide pillar 202, can vertically move up and down along scale guide pillar 202, and adjust switch 203 by position and on scale guide pillar 202, realize location.Horizontal limiting plate 201b is horizontally set on movable block 201a above (to be had and can horizontally outward be extended to form by movable block 201a, but be not limited to this), can vertically move up and down along scale guide pillar 202 with movable block 201a, and the upper surface of this Horizontal limiting plate 201b is arranged under quiet cutting hole on the quiet cutter of cutting tool 100 vertical.Drive Horizontal limiting plate 201b along vertically moving up and down along scale guide pillar 202 by movable block 201a like this, distance between accurate adjustment Horizontal limiting plate 201b and cutting tool 100, carries out accurate limiting thereby realize to the track length to be cut through cutting tool.
Driving mechanism 300 in cutter is the power source in cutter, and it is mainly used in driving the drive block 103 in cutting tool 100 to horizontally rotate.
Referring to Fig. 1, this driving mechanism 300 is mainly made up of a driving oil cylinder 301 and a drive rod 302.Drive oil cylinder 301 to be fixedly installed on corresponding fixed body 600, drive rod 302 is horizontally disposed with, and its middle section position rotatably joins by a rotational pin and the drive end that drives oil cylinder 301, and the free end of the turning cylinder 103a on one end and drive block 103 is affixed.Thus, in this driving mechanism 300 by the middle section position that drives oil cylinder 301 horizontal drive drive rods 302, drive rod 302 will rotate around fixing point (with drive block 103 on the affixed point of free end of turning cylinder 103a), because turning cylinder 103a on drive rod 302 and drive block 103 is for being fixedly connected, then can drive the turning cylinder 103a on drive block 103 to horizontally rotate, thereby drive drive block 103 to horizontally rotate.
Triggering controlling organization 400 in cutter is as the Automatic Control parts of cutter, and it mainly comprises controller (in figure for showing) and trigger switch 401, Returning switch 402, shutdown switch 403, and counter 404 mix proportions.
Controller (being demonstration in figure) is for triggering the control centre in controlling organization 400, the driving oil cylinder 301 in its control connection driving mechanism 300 and trigger switch 401, Returning switch 402, shutdown switch 403, and counter 404.This controller is specifically formed by corresponding hardware controls chip.Specifically can adopt conventional hardware controls chip, do not repeated herein.
Trigger switch 401 is for realizing the controlling organization 400 control driving oil cylinder 301 startup work automatically that trigger.Concrete, this trigger switch 401 is arranged on the movable block 201a on the locating piece 201 in detent mechanism 200, and is positioned at the below of Horizontal limiting plate 201b; Simultaneously this trigger switch 401 by a pressure conduction mechanism with coordinated by the spacing track to be cut of Horizontal limiting plate 201b, realize by the gravity touch-control of guide rail to be cut behind location.
Wherein, pressure conduction mechanism is by compressing tablet 401a and pressure conduction post 401b mix proportion, one end of compressing tablet 401a is by the rotating upper surface that is placed in Horizontal limiting plate 201b of rotating shaft mechanism, concrete installation position, compressing tablet 401a is arranged under quiet cutting hole on the quiet cutter of cutting tool 100 vertical, track to be cut can be pressed on this compressing tablet 401a through after cutting tool.Pressure conduction post 401b is movably located in Horizontal limiting plate 201b, and its one end coordinates with the free-ended reverse side of compressing tablet 401a, and the other end coordinates with trigger switch 401 contacts.
Thus, when track to be cut reaches on compressing tablet 401a through cutting tool, gravity by by self is pushed down to compressing tablet 401a downwards, the free end of compressing tablet 401a is moved down around its rotating shaft mechanism, then can push down pressure conduction post 401b, pressure conduction post 401b will push trigger switch 401 downwards after being under pressure, and then trigger this switch, triggering signal is sent to controller by this trigger switch 401, and controller starts by controller the hydraulic oil cylinder driving work that drives according to this signal.
Returning switch 402, it is arranged in driving mechanism 300 drive rod 302 in the time being driven oil cylinder 301 outwards to drive, on the stroke that its free end outwards moves, realize driving the spacing of the maximum outwards driving of oil cylinder 301 stroke, largest deformation amount when concrete position horizontally rotates with drive block in cutting tool 103 is corresponding, ensures that drive block 103 can reach largest variable.By this Returning switch 402, while driving the outside drive rod 302 of oil cylinder 301 to drive drive block 103 to horizontally rotate in driving mechanism 300, in the time that the free end of drive rod 302 touches this Returning switch 402, Returning switch 402 will produce triggering signal, and reach controller, controller receives after this signal, drive oil cylinder 301 to stop outside driving control, and return, then drive drive rod 302 to return, drive rod 302 will drive drive block 103 counter-rotation, stop driving.
Shutdown switch 403, it is arranged on drive rod 302 in driving mechanism 300 and, in the time being driven oil cylinder 301 to return to driving, on the stroke that its free end outwards moves, realizes driving oil cylinder 301 maximums to return to the spacing of driving stroke.Deformation quantity when rotation is returned to 103 levels of drive block in cutting tool in concrete position is corresponding, ensures that drive block 103 can return back to home position.By this shutdown switch 403, while driving oil cylinder 301 to return to drive rod 302 in driving mechanism 300 to drive drive block 103 levels to rotate backward, in the time that the free end of drive rod 302 touches this shutdown switch 403, shutdown switch 403 will produce triggering signal, and reaching controller, controller receives after this signal, drives oil cylinder 301 to stop returning driving control, and quit work, drive rod 302 will drive drive block 103 counter-rotation to reset condition.
Counter 404, it is mainly used in the cutting times of cutter to count, and coordinates with shutdown switch 403, realizes automatically stopping of cutter cuts work.Concrete, this counter 404 is by one end of counter connecting shaft 404a linkage counter stay cord 404b, the other end of counter stay cord 404b joins by the drive rod 302 in drive rod connecting shaft 404c and driving mechanism 300, while travelling forward by drive rod 302 like this, drive counter connecting shaft 404a to rotate by counter stay cord 404b, counter 404 is realized counting according to the rotation of counter connecting shaft 404a.Thus, as long as complete once cutting, drive oil cylinder will drive drive rod 302 forward and move once backward, now will drive counter connecting shaft 404a to rotate once, counter 404 will be counted once, and count results is passed to controller.(cutter completes after cutting times) controller after in the time that counting reaches setting, drive oil cylinder to return control, trigger shutdown switch 403 until drive oil cylinder to drive drive rod 302 to return, control all switches simultaneously and quit work, particularly trigger driving switch.
In the cutter forming based on such scheme, first vertically realize automatic charging through cutting tool 100 by guide rail to be cut by gravity, by detent mechanism, the length of the guide rail to be cut through cutting tool is positioned again, meanwhile behind location, guide rail to be cut starts driving mechanism by the gravity triggering controlling organization of self, driving mechanism will drive cutting tool to cut the guide rail to be cut being located in wherein, in cutting process, triggering controlling organization will count the number of times of cutting, and control accordingly driving mechanism and quit work.
More than show and described general principle of the present utility model, principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; that in above-described embodiment and description, describes just illustrates principle of the present utility model; do not departing under the prerequisite of the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (8)
1. a full-automatic guide rail cutter, described cutter comprises a cutting tool, it is characterized in that, described cutter also comprises a detent mechanism, driving mechanism and triggers controlling organization, described detent mechanism coordinates the length of guide rail to be cut is positioned with cutting tool, and described cutting tool forms state to be cut to the guide rail to be cut after locating, described driving mechanism drives and connects cutting tool, described triggering controlling organization control connection driving mechanism, and start driving mechanism by the guide rail touch-control to be cut behind location.
2. the full-automatic guide rail cutter of one according to claim 1, it is characterized in that, cutting cutting edge on described cutting tool holds guide rail to be cut and vertically passes by gravity, complete the automatic charging of guide rail to be cut, described detent mechanism positions the length of the guide rail to be cut through cutting tool, described triggering controlling organization starts driving mechanism by the gravity touch-control of locating rear guide rail to be cut, and stops according to number control driving mechanism to be cut.
3. the full-automatic guide rail cutter of one according to claim 2, is characterized in that, described cutting tool comprises:
Quiet cutter piece, offers an appearance moving knife piece and settles the chute sliding on described quiet cutter piece, offer one corresponding with track cross-section to be cut and hold the quiet cutting hole that guide rail to be cut vertically passes through in this chute;
Moving knife piece, what described moving knife piece can slide is placed in, on it, offer one corresponding with track cross-section to be cut and hold the moving cutting hole that guide rail to be cut vertically passes through, described moving cutting hole is corresponding with quiet cutting hole, and in the time that moving knife piece slides along chute, coordinates formation cutting cutting edge with quiet cutting hole;
Drive block, described drive block is placed on quiet cutter piece, slides along chute by rotating drive moving knife piece, coordinates guide rail to be cut is formed to shearing force with quiet cutter piece;
Return spring, described return spring is placed between moving knife piece and quiet cutter piece, drives moving knife piece return completing after cutting by elastic force, makes the moving cutting hole on moving knife piece corresponding with the quiet cutting hole on quiet cutter piece;
Upper cover, described upper cover is located on quiet cutter piece, and covers the chute on it, above cover the position corresponding with quiet cutting hole on quiet cutter piece offer one with track cross-section to be cut corresponding and hold the jack that guide rail to be cut vertically passes through.
4. the full-automatic guide rail cutter of one according to claim 3, is characterized in that, described drive block is cam-like, and it is placed in the chute in quiet cutter piece, by rotating the driving force that moving knife piece is formed to linear change.
5. the full-automatic guide rail cutter of one according to claim 4, it is characterized in that, described quiet cutter piece, moving knife piece and on cover the quiet cutting hole of offering, moving cutting hole and jack, its length direction and moving knife piece are angled along chute moving direction, and this angle is greater than 0 ° and is less than 90 °.
6. the full-automatic guide rail cutter of one according to claim 2, it is characterized in that, described detent mechanism is positioned at the below of cutting tool, it comprises a positioning block and a scale guide pillar, described scale guide pillar is vertically arranged on cutting tool below, described locating piece is movably arranged on scale guide pillar, and adjusts switch by position and position, and the locating piece behind location forms spacing to the guide rail to be cut through cutting tool.
7. the full-automatic guide rail cutter of one according to claim 2, is characterized in that, described driving mechanism comprises driving oil cylinder and transmission mechanism, and described driving oil cylinder drives the action component connecting in cutting tool by transmission mechanism.
8. the full-automatic guide rail cutter of one according to claim 2, it is characterized in that, described triggering controlling organization comprises controller and trigger switch, Returning switch, shutdown switch, and counter, described controller is control connection trigger switch, Returning switch and shutdown switch respectively, control connection driving mechanism simultaneously, described trigger switch is by the gravity touch-control of locating rear guide rail to be cut; Described Returning switch and shutdown switch and driving mechanism are equipped with the driving journey stop gear that forms driving mechanism; Described counter is controlled by controller, and coordinates and join with driving mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420288193.0U CN203900593U (en) | 2014-05-31 | 2014-05-31 | Full-automatic guide rail cutting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420288193.0U CN203900593U (en) | 2014-05-31 | 2014-05-31 | Full-automatic guide rail cutting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203900593U true CN203900593U (en) | 2014-10-29 |
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ID=51774884
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420288193.0U Withdrawn - After Issue CN203900593U (en) | 2014-05-31 | 2014-05-31 | Full-automatic guide rail cutting device |
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| Country | Link |
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| CN (1) | CN203900593U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104028823A (en) * | 2014-05-31 | 2014-09-10 | 圣享集团有限公司 | Full-automatic guide rail cutter and cutting process |
| CN112935386A (en) * | 2021-03-19 | 2021-06-11 | 佛山市国铝五金制品有限公司 | Metal section cutting and processing equipment convenient to carry |
-
2014
- 2014-05-31 CN CN201420288193.0U patent/CN203900593U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104028823A (en) * | 2014-05-31 | 2014-09-10 | 圣享集团有限公司 | Full-automatic guide rail cutter and cutting process |
| CN112935386A (en) * | 2021-03-19 | 2021-06-11 | 佛山市国铝五金制品有限公司 | Metal section cutting and processing equipment convenient to carry |
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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: 20141029 Effective date of abandoning: 20160921 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |