CN201456067U

CN201456067U - Electric leather and cloth sample cutter with bidirectional locator

Info

Publication number: CN201456067U
Application number: CN2009200580891U
Authority: CN
Inventors: 徐振业
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-06-09
Filing date: 2009-06-09
Publication date: 2010-05-12
Anticipated expiration: 2019-06-09

Abstract

The utility model discloses an electric leather and cloth sample cutter with a bidirectional locator. The electric leather and cloth sample cutter comprises a motor, a transmission mechanism, a framework, a working table, a table panel, a conveying panel, a cutter holder and a cutting blade, wherein the working table is arranged in the framework, the table panel is arranged on the framework and the working table, the conveying panel is arranged on the table panel, the cutter holder is arranged above the working table, and the motor drives the cutter holder to reciprocate up and down via the transmission mechanism. The electric leather and cloth sample cutter is characterized in that a laser locator for to-be-cut materials is arranged on the top of the framework and on the right side of the cutter holder, and the locator can irradiate light on the to-be-cut materials to form a positioning reference line; a cutting point laser locator arranged on the cutter holder can irradiate light on cutting positions on the to-be-cut materials to form a cutting reference line; and the framework is equipped with a reset/start button and two synchronous interlocking switches. The electric leather and cloth sample cutter is safe and reliable and is accurate in material positioning, greatly reduces working intensity and increases working efficiency.

Description

Electronic leather, cloth with two-way position indicator are cut out model machine

Technical field

The utility model relates to a kind of electronic sanction model machine, specifically is that a kind of electronic leather with two-way position indicator, cloth are cut out model machine.

Background technology

At present, leather, cloth industry are made the employed sanction model machine of model and can only be realized unidirectional location, and the one side that need cut can only be estimated by naked eyes, so the poor accuracy that cuts; In addition, traditional manual cutting knife type is cut out model machine and is adopted an end to fix, and an other end is carried out the fulcrum principle of incision campaign, because a fixing end, just the feed entrance point of fulcrum one end is narrow, and charging in a large number is so the thickness that can cut is limited; In addition, manually cutting knife type is cut out model machine and is cut thicker model, because the effect of fulcrum has radian poor between the model of being determined, the model of making is irregular, and is not attractive in appearance; Simultaneously, sanction model machine one-handed performance in the past, the feeding of another hand, hand touches cut-off knife easily, and is dangerous; In addition, hand is cut out model machine and is being cut thicker or requiring great effort very much during model that material is harder, and it is big and efficient is low to use more than working strength.

The utility model content

In order to overcome above-mentioned deficiency, it is a kind of safe and reliable that the purpose of this utility model is to provide, and the location is accurate, and DYN dynamic leather with two-way position indicator, cloth are cut out model machine.

For solving the problems of the technologies described above, the technical scheme that the utility model adopted is: with the electronic leather of two-way position indicator, cloth is cut out model machine, include motor, transmission mechanism, frame, workbench, deck plate, defeated charge level plate, knife rest and blade are formed, workbench is located in the frame, deck plate is located on frame and the workbench, defeated charge level plate is located on the deck plate, knife rest is located at the top of workbench, blade is located at the bottom of knife rest, motor drives knife rest by transmission mechanism and pumps, the top of described frame and the right side that is positioned at knife rest are provided with the laser positioning instrument of material to be cut, this position indicator can be radiated at light on the material to be cut, and forms a position reference line; Described knife rest is provided with and cuts a laser positioning instrument, and this position indicator can be radiated at light the place that cuts on the material to be cut, and forms one and cuts reference line.

Described transmission mechanism is made up of reduction box, pinion, power transmission shaft, gear wheel, two eccentric wheels, two rocking arms, two guide rods and two guides, described power transmission shaft is located at the bottom of workbench, two guides are located at the both sides of workbench, the gear wheel that is located on the power transmission shaft is meshed with pinion on being located at reduction box, two eccentric wheels are located at the two ends of power transmission shaft, one end of each rocking arm is hinged with corresponding eccentric wheel, and an end of the other end and guide rod is hinged; The other end of two guide rods passes and socket-connects with the two ends of knife rest from the guide of workbench both sides.

The laser positioning instrument of described material to be cut all is to have battery case and laser head to constitute with cutting a laser positioning instrument, and laser head is located on the battery case, and the battery in the battery case provides power supply for laser head.

Described frame is provided with and resets/start button.

Described frame is provided with two synchronous interaction switches.

Described frame is provided with the travel switch of control knife rest stroke.

Described travel switch is compression switch or optoelectronic switch.

The beneficial effects of the utility model: 1, the utility model uses the double eccentric wheel of symmetry, and two rocking arms, two guide rods make transmission more efficient as transmission device, and the life-span is more permanent; 2 and the mode of cutting of the present utility model is: cutter pumps under the drive of knife rest and cutter remains level, so it is few to have overcome charging, problems such as radian difference is arranged between the model; 3, the utility model uses two laser positioning instrument to realize the location of waiting to cut material, and the laser positioning instrument indication blade on the knife rest will be cut to the position of material in incision campaign, play a part to indicate to cut; The laser positioning instrument that the right side of knife rest is provided with material to be cut plays indication material size, and two laser positioning instrument just are used the size that can the accurate localization material will cut; 4, the utility model uses synchronous both hands coordinated type switch, especially be provided with and reset/start button, linked switch must press reset/start button is in 3 seconds, both hands are pressed simultaneously just in the lock in time that is no more than 0.3 second and can be worked differing, switch of individual palpation or by fixed one of them switch again by the another one switch, machine does not all have any action, safety coefficient improves greatly. in addition, reset/start button can make knife rest no matter moving to any position all can reset to initial position, is to be reset to knife rest from the highest position of work top; 5, the utility model electrification drives, and can cut model thicker or that material is harder easily, has alleviated working strength greatly, and has improved operating efficiency.

Description of drawings

Below in conjunction with the drawings and specific embodiments the utility model is described in further detail:

Fig. 1 is a structural representation of the present utility model;

Fig. 2 is a side view shown in Figure 1;

Fig. 3 is a vertical view shown in Figure 1.

Among the figure: 1, motor; 2, frame; 3, workbench; 4, deck plate; 5, defeated charge level plate; 6, knife rest; 7, blade; 8, the laser positioning instrument of material to be cut; 9, cut a laser positioning instrument; 10, reduction box; 11, pinion; 12, power transmission shaft; 13, gear wheel; 14, eccentric wheel; 15, rocking arm; 16, guide rod; 17, guide; 18, reset/start button; 19, synchronous interaction switch; 20, travel switch; 21, battery case; 22, laser head; 23, strip iron plate.

The specific embodiment

As Fig. 1,2, shown in 3, electronic leather with two-way position indicator, cloth is cut out model machine, include motor 1, transmission mechanism, frame 2, workbench 3, deck plate 4, defeated charge level plate 5, knife rest 6 and blade 7 are formed, workbench 3 is located in the frame 2, deck plate 4 is located on frame 2 and the workbench 3, defeated charge level plate 5 is located on the deck plate 4, knife rest 6 is located at the top of workbench 3, blade 7 is located at the bottom of knife rest 6, motor 1 drives knife rest 6 by transmission mechanism and pumps, the top of described frame 2 and the right side that is positioned at knife rest 6 are provided with the laser positioning instrument 8 of material to be cut, and this position indicator can be radiated at light on the material to be cut, and forms a position reference line; Described knife rest 6 is provided with and cuts a laser positioning instrument 9, and this position indicator can be radiated at light the place that cuts on the material to be cut, and forms one and cuts reference line.The laser positioning instrument 8 of described material to be cut all is to have battery case 21 and laser head 22 to constitute with cutting a laser positioning instrument 9, and laser head 22 is located on the battery case 21, and the batteries in the battery case 21 provide power supply for laser head 22.On deck plate 4 and the right side that is positioned at knife rest 6 be provided with strip iron plate 23, the battery case 21 of the laser positioning instrument 8 of material to be cut is adsorbed on the strip iron plate 23 by magnetic force.

Described transmission mechanism is made up of reduction box 10, pinion 11, power transmission shaft 12, gear wheel 13, two eccentric wheels 14, two rocking arms 15, two guide rods 16 and two guides 17, described power transmission shaft 12 is located at the bottom of workbench 3, two guides 17 are located at the both sides of workbench 3, the gear wheel 13 that is located on the power transmission shaft 12 is meshed with pinion 11 on being located at reduction box 10, two eccentric wheels 14 are located at the two ends of power transmission shaft 12, one end of each rocking arm 15 is hinged with corresponding eccentric wheel 14, and an end of the other end and guide rod 16 is hinged; The other end of two guide rods 16 passes and socket-connects with the two ends of knife rest 6 from the guide 17 of workbench 3 both sides.

On frame 2, be provided with and reset/travel switch 20 of start button 18, two synchronous interaction switches 19, control knife rest stroke, the both sides that the trip switch 20 adopts correlation closed type optoelectronic switch and position eccentric wheel 14. when knife rest 6 moves to maximum height, eccentric wheel 14 blocks the light of correlation closed type optoelectronic switch, diode in the circuit is not worked, power supply is disconnected, thereby motor 1 quits work.

Operation principle: connect power supply, the machine self check, knife rest is returned to peak, open the power switch of two laser heads, adjust two and be radiated at the laser rays of waiting to cut on the material, then, along deck plate 4, push ahead defeated charge level plate 5, the end edge that makes material and the laser positioning instrument 8 of the material to be cut on knife rest 6 right sides sent as the laser rays of position reference line mutually and neat, press and reset/start button, in 3 seconds, both hands differed in the lock in time that is no more than 0.3 second, press the synchronous interaction switch, motor 1 energising running this moment, motor 1 drives power transmission shaft 12 by reduction box 10 and rotates, power transmission shaft 12 drives eccentric wheel 14, eccentric wheel 14 drives rocking arm 15, and rocking arm 15 drives guide rod 16, and guide rod 16 drives knife rest 6 along guide 17 and pumps, knife rest 6 drives blades and moves, thereby the material on the defeated charge level plate 5 is realized the purpose that cuts.Finish to cut when being returned to peak when blade, both hands unclamp synchronous interaction switch 19, the machine stop motion.Circulation successively, the material on defeated charge level plate 5 has all been cut out.

Claims

1. electronic leather with two-way position indicator, cloth is cut out model machine, include motor (1), transmission mechanism, frame (2), workbench (3), deck plate (4), defeated charge level plate (5), knife rest (6) and blade (7) are formed, workbench (3) is located in the frame (2), deck plate (4) is located on frame (2) and the workbench (3), defeated charge level plate (5) is located on the deck plate (4), knife rest (6) is located at the top of workbench (3), blade (7) is located at the bottom of knife rest (6), motor (1) drives knife rest (6) by transmission mechanism and pumps, it is characterized in that: the top of described frame (2) and the right side that is positioned at knife rest (6) are provided with the laser positioning instrument (8) of material to be cut, this position indicator can be radiated at light on the material to be cut, and forms a position reference line; Described knife rest (6) is provided with and cuts a laser positioning instrument (9), and this position indicator can be radiated at light the place that cuts on the material to be cut, and forms one and cuts reference line.

2. the electronic leather with two-way position indicator according to claim 1, cloth is cut out model machine, it is characterized in that: described transmission mechanism is by reduction box (10), pinion (11), power transmission shaft (12), gear wheel (13), two eccentric wheels (14), two rocking arms (15), two guide rods (16) and two guides (17) are formed, described power transmission shaft (12) is located at the bottom of workbench (3), two guides (17) are located at the both sides of workbench (3), the gear wheel (13) that is located on the power transmission shaft (12) is meshed with pinion (11) on being located at reduction box (10), two eccentric wheels (14) are located at the two ends of power transmission shaft (12), one end of each rocking arm (15) is hinged with corresponding eccentric wheel (14), and an end of the other end and guide rod (16) is hinged; The other end of two guide rods (16) passes and socket-connects with the two ends of knife rest (6) from the guide (17) of workbench (3) both sides.

3. the electronic leather with two-way position indicator according to claim 1, cloth are cut out model machine, and it is characterized in that: described frame (2) is provided with and resets/start button (18).

4. the electronic leather with two-way position indicator according to claim 1, cloth are cut out model machine, and it is characterized in that: described frame (2) is provided with two synchronous interaction switches (19).

5. the electronic leather with two-way position indicator according to claim 1, cloth are cut out model machine, it is characterized in that: described frame (2) is provided with the travel switch (20) of control knife rest stroke.

6. the electronic leather with two-way position indicator according to claim 5, cloth are cut out model machine, and it is characterized in that: the travel switch (20) of described control knife rest stroke is compression switch or optoelectronic switch.

7. the electronic leather with two-way position indicator according to claim 1, cloth are cut out model machine, it is characterized in that: the laser positioning instrument (8) of described material to be cut and to cut a laser positioning instrument (9) all be to have battery case (21) and laser head (22) to constitute, laser head (22) is located on the battery case (21).