CN204263731U - Print and cutter sweep - Google Patents
Print and cutter sweep Download PDFInfo
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- CN204263731U CN204263731U CN201420732087.7U CN201420732087U CN204263731U CN 204263731 U CN204263731 U CN 204263731U CN 201420732087 U CN201420732087 U CN 201420732087U CN 204263731 U CN204263731 U CN 204263731U
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- balladeur train
- cutting head
- ink gun
- binding strength
- scanning direction
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Abstract
The utility model provide a kind of can the printing of cheapizationer and cutter sweep.This printing and cutter sweep possess: the first hookup mechanism (51), ink gun (40) being connected to dismounting freely with driving balladeur train (30), with the first binding strength, ink gun (40) being linked with driving balladeur train (30) when linking; And second hookup mechanism (52), cutting head (70) is connected to dismounting freely with driving balladeur train (30), with the second binding strength, cutting head (70) is linked when linking with driving balladeur train (30), described first binding strength is equal with described second binding strength.
Description
Technical field
The utility model relates to printing and cutter sweep.
Background technology
All the time, as recorded in Japanese Patent Application Laid-Open JP 2011-79201 publication, there will be a known that possess can along the ink gun of main scanning direction movement and can along the printing of the cutting head of main scanning direction movement and cutter sweep (Print and Cut device).According to this device, can print continuously same medium and cut.
Above-mentioned printing and cutter sweep possess the driving balladeur train along main scanning direction movement.When printing, ink gun is linked to driving balladeur train, and ink gun moves along main scanning direction by driving balladeur train.When cutting, cutting head is linked to driving balladeur train, and cutting head moves along main scanning direction by driving balladeur train.By such structure, make ink gun along the unit of main scanning direction movement without the need to arranging respectively and make cutting head along the unit of main scanning direction movement, can components number be cut down.And, printing and cutter sweep cheapization can be made.
Utility model content
In recent years, cheapizationer of printing and cutter sweep is expected.If link can be made to drive the hookup mechanism of balladeur train and ink gun and link hookup mechanism cheapization driving balladeur train and cutting head, then more preferably.
The purpose of this utility model be to provide a kind of can the printing of cheapizationer and cutter sweep.
Printing of the present utility model and cutter sweep possess: leading axle, extend along main scanning direction; Handling device, along the direction transporting medium vertical with described main scanning direction; Ink gun, so that the mode moved freely engages with described leading axle along described main scanning direction, has the nozzle to described medium ejection ink; Cutting head, so that the mode moved freely engages with described leading axle along described main scanning direction, has the cutter cut described medium; Drive balladeur train, move freely along described main scanning direction; Drive unit, drives described driving balladeur train along described main scanning direction; First hookup mechanism, connects to dismounting freely by described ink gun and described driving balladeur train, with the first binding strength, described ink gun and described driving balladeur train is linked when linking; And second hookup mechanism, described cutting head and described driving balladeur train are connected to dismounting freely, and with the second binding strength, described cutting head and described driving balladeur train are linked when linking, described first binding strength is equal with described second binding strength.
According to the preferred mode of the utility model, the weight of described cutting head is greater than the ratio of weight relative to described first binding strength of described ink gun relative to the ratio of described second binding strength.
According to the preferred another way of the utility model, the weight of described ink gun is greater than the ratio of weight relative to described second binding strength of described cutting head relative to the ratio of described first binding strength.
According to the preferred another way of the utility model, described first hookup mechanism has the permanent magnet that any one party in described ink gun and described driving balladeur train is arranged and the magnetic arranged the opposing party.
According to the preferred another way of the utility model, described second hookup mechanism has the permanent magnet that any one party in described cutting head and described driving balladeur train is arranged and the magnetic arranged the opposing party.
Utility model effect
According to the utility model, cheapizationer of printing and cutter sweep can be realized.
Accompanying drawing explanation
Fig. 1 is the printing of an embodiment of the present utility model and the stereogram of cutter sweep.
Fig. 2 is the top view of the internal structure representing above-mentioned printing and cutter sweep.
Fig. 3 is the top view of driving balladeur train when driving balladeur train and ink gun to link and ink gun.
Fig. 4 is the front view of driving balladeur train when driving balladeur train and ink gun to link and ink gun.
Fig. 5 is the top view of driving balladeur train when driving balladeur train and cutting head to link and cutting head.
Fig. 6 is the front view of driving balladeur train when driving balladeur train and cutting head to link and cutting head.
Fig. 7 is for illustration of driving the link of balladeur train and ink gun and deviating from and the link that drives balladeur train and cutting head and the key diagram deviated from.
Label declaration
1 prints and cutter sweep
5 record-papers (medium)
20 leading axles
24 motor
26 rollers (Handling device)
30 drive balladeur train
40 ink guns
51 first hookup mechanisms
52 second hookup mechanisms
70 cutting heads
X sub scanning direction
Y main scanning direction
Detailed description of the invention
Below, with reference to accompanying drawing, embodiment of the present utility model is described.
(the first embodiment)
The printing of the present embodiment shown in Fig. 1 and cutter sweep 1 possess ink gun 40 described later and cutting head 70 (with reference to Fig. 2) and the device printing the record-paper 5 of the example as medium and cut.It should be noted that, in this manual, the cutting of the medium whole thickness direction comprised throughout medium carries out the situation of cutting, and this is self-evident, also comprises the situation of cutting a part for the thickness direction of medium.The situation that cutter carries out movement with the state running through medium relative to medium comprises certainly, also comprises cutter carries out movement relative to medium situation with the state of thrusting a part for medium.Label Y shown in figure represents main scanning direction, and label X represents the direction vertical with main scanning direction Y and sub scanning direction.
Printing and cutter sweep 1 possess: the apparatus main body 10 with the housing 10A extended along main scanning direction; To the leg 11 that apparatus main body 10 supports.At the right side configuration operation panel 12 of apparatus main body 10.Although diagram is omitted, be configured with multiple display part and multiple action button at guidance panel 12.
Opening and closing front shroud 15 is freely installed in the upside of apparatus main body 10.The outlet 13 of discharging record-paper 5 is formed in the bottom of main body 10.Before outlet 13, tiltedly the position of below is provided with the record-paper 5 of discharging from the outlet 13 oblique guiding piece 14 that guides of below forward.
It should be noted that, above-mentioned structure is an example only.The external structure of printing of the present utility model and cutter sweep is without any restriction.
Then, the internal structure of printing and cutter sweep 1 is described.As shown in Figure 2, the leading axle 20 extended along main scanning direction Y is provided with in the inside of apparatus main body 10.The shape of leading axle 20 is not particularly limited.Such as, leading axle 20 can be cylindric, also can be prism-shaped.It should be noted that, when observing printing and cutter sweep 1 from front, main scanning direction Y corresponds to left and right directions, and sub scanning direction X corresponds to fore-and-aft direction.Therefore, below, main scanning direction Y is suitably called left and right directions, sub scanning direction X is suitably called fore-and-aft direction.Impression dull and stereotyped 25 is configured with in the front of the central portion of leading axle 20.Impression dull and stereotyped 25 is the parts supported record-paper 5 when the cutting of the printing based on ink gun 40 and the record-paper 5 based on cutting head 70.The printing of record-paper 5 and cutting are carried out on impression dull and stereotyped 25.
Be provided with drive pulley 21 in the right of impression dull and stereotyped 25, be provided with follow-up pulley 22 in the left of impression dull and stereotyped 25.Drive pulley 21 and follow-up pulley 22 are wound with the band 23 of ring-type.It should be noted that, in Fig. 4 etc., label 23a represents the upper portion of band 23, and label 23b represents the lower portion of band 23.As shown in Figure 2, drive pulley 21 is linked with motor 24.When motor 24 pairs of drive pulley 21 drive, band 23 circulates between drive pulley 21 and follow-up pulley 22.Control device 35 is connected with in the mode that can communicate at motor 24.Motor 24 is positive and negative rotation motor freely.Control device 35, by controlling motor 24, controls the movement of driving balladeur train 30 described later.Motor 24, drive pulley 21, follow-up pulley 22 and band 23 forms the drive unit that will balladeur train 30 driven to drive along main scanning direction.It should be noted that, in the present embodiment, drive pulley 21 is set in the right of impression dull and stereotyped 25, follow-up pulley 22 is set in the left of impression dull and stereotyped 25, but also drive pulley 21 can be set in the left of impression dull and stereotyped 25, follow-up pulley 22 is set in the right of impression dull and stereotyped 25.
Band 23 is provided with and drives balladeur train 30.Balladeur train 30 is driven to be configured to move freely along main scanning direction.In the present embodiment, drive balladeur train 30 so that the mode moved freely engages with leading axle 20 along leading axle 20.But, drive balladeur train 30 also can not engage with leading axle 20.In the present embodiment, balladeur train 30 is driven to move in left-right direction along with the circulation of band 23.As shown in Figure 3, at the right part fixed permanent magnet 31 driving balladeur train 30.Driving the left part fixed permanent magnet 32 of balladeur train 30.Permanent magnet 31 and permanent magnet 32 move integratedly with driving balladeur train 30.
As shown in Figure 2, the pair of rolls up and down 26 (it should be noted that, only illustrate the roller 26 of upside in fig. 2) sent along sub scanning direction X by record-paper 5 is configured with respectively in the left part of impression dull and stereotyped 25 and right part.The roller 26 of either party in upper and lower pair of rolls 26 is autonomous driven rollers rotated, and the roller 26 of the opposing party is the pinch roll for clamping record-paper 5 together with this driven roller.The action of driven roller is controlled by control device 35.Above-mentioned roller 26 forms the Handling device carrying record-paper 5 along sub scanning direction X.It should be noted that, the setting position of roller 26 is not defined as left part and the right part of impression dull and stereotyped 25, can be other position yet.
Then, ink gun 40 is described.Ink gun 40 is the heads spraying ink towards record-paper 5.As shown in Figure 3, ink gun 40 engages with leading axle 20 in the mode moved along main scanning direction freely.
As shown in Figure 4, ink gun 40 has: multiple printheads 41 with the nozzle 43 of ejection ink; To the print head carriage 42 that above-mentioned printhead 41 supports.Print head carriage 42 engages with leading axle 20 in mobile mode freely in left-right direction.Printhead 41 sprays ink droplet downward from nozzle 43.Although diagram is omitted, the print cartridge being filled with ink is installed at the rear portion of apparatus main body 10.Printhead 41 is connected with above-mentioned print cartridge via pipe (not shown) etc.Ink is supplied to printhead 41 from above-mentioned print cartridge.It should be noted that, the spray action of ink gun 40 is controlled by control device 35.
At least opposed with permanent magnet 31 part 44 in ink gun 40 is made up of magnetic.At this, magnetic is the object be made up of magnetic material (magnetic material), is the object with the character being adsorbed in magnet.In the present embodiment, above-mentioned part 44 is contained in print head carriage 42, and print head carriage 42 is made up of metals such as iron.By permanent magnet 31 and the above-mentioned part (hereinafter referred to as adsorption section) 44 that is made up of magnetic, form and ink gun 40 is connected to dismounting the first hookup mechanism 51 freely with driving balladeur train 30.
When permanent magnet 31 contacts with the adsorption section 44 of ink gun 40, adsorption section 44 is adsorbed by permanent magnet 31.Consequently, balladeur train 30 and ink gun 40 is driven to link.On the other hand, under the state that ink gun 40 is fixed on apparatus main body 10, band 23 circulation, when applying power left to driving balladeur train 30, permanent magnet 31 deviates from from the adsorption section 44 of ink gun 40.That is, after ink gun 40 is fixed on original position HP described later (with reference to Fig. 2), when driving balladeur train 30 to move to the left, balladeur train 30 is driven to be removed with the link of ink gun 40.
Then, cutting head 70 is described.Cutting head 70 is the heads cut record-paper 5.As shown in Figure 5, cutting head 70 engages with leading axle 20 in the mode moved along main scanning direction freely.
As shown in Figure 6, cutting head 70 case 71 that possesses cutter 72 and cutter 72 is supported.Case 71 engages with leading axle 20 in mobile mode freely in left-right direction.
At least opposed with permanent magnet 32 part (hereinafter referred to as adsorption section) 74 in cutting head 70 is made up of magnetic.In the present embodiment, adsorption section 74 is contained in case 71, and case 71 is made up of metals such as iron.By permanent magnet 32 and the adsorption section 74 that is made up of magnetic, form and cutting head 70 is connected to dismounting the second hookup mechanism 52 freely with driving balladeur train 30.
When permanent magnet 32 contacts with the adsorption section 74 of cutting head 70, adsorption section 74 is adsorbed by permanent magnet 32.Consequently, balladeur train 30 and cutting head 70 is driven to link.On the other hand, under the state that cutting head 70 is fixed, band 23 circulation, when applying power to the right to driving balladeur train 30, permanent magnet 32 deviates from from the adsorption section 74 of cutting head 70.That is, cutting head 70 is after apparatus main body 10 is fixed at original position HC described later (with reference to Fig. 2) place, when driving balladeur train 30 to move to the right, drives balladeur train 30 to be removed with the link of cutting head 70.
Then, the action of printing and cutter sweep 1 is described.As described above, printing and cutter sweep 1 can carry out based on the printing of ink gun 40 and the cutting based on cutting head 70.
When printing, cutting head 70 is separated from driving balladeur train 30, and HC (with reference to Fig. 2) place is standby in position.It should be noted that, in the present embodiment, the left end portion in apparatus main body 10 is the original position of cutting head 70.As illustrated schematically in figure 7, be provided with fixture structural unit 75 at cutting head 70, be provided with the fixture structural unit 28 that can engage with the fixture structural unit 75 of cutting head 70 or depart from from the fixture structural unit 75 of cutting head 70 in the left part of apparatus main body 10.At the end of cutting operation, cutting head 70 is carried to original position HC by driving balladeur train 30.Further, when cutting head 70 arrives original position HC, fixture structural unit 28 becomes locking state (state in Fig. 7 shown in solid line) from non-locking state (state Fig. 7 shown in imaginary line), engages with the fixture structural unit 75 of cutting head 70.When driving balladeur train 30 to move to the right in this condition, driving balladeur train 30 overcomes the magnetic force between permanent magnet 32 and the adsorption section 74 of cutting head 70 being fixed on and driving balladeur train 30, deviates from from cutting head 70.Thus, cutting head 70 stays original position HC, and HC is standby in position.
When printing, ink gun 40 links with driving balladeur train 30.Balladeur train 30 is driven to carry out with the original position HP place being attached at ink gun 40 of ink gun 40.In the present embodiment, the right end portion in apparatus main body 10 is the original position HP of ink gun 40.The original position HP of ink gun 40 is positioned at the right of impression dull and stereotyped 25.But the original position HC of cutting head 70 can be contrary with the original position HP of ink gun 40.That is, the right end portion that can be the original position HC of cutting head 70 be in apparatus main body 10, the original position HP of ink gun 40 is the left end portion in apparatus main body 10.Can be the right that the original position HC of cutting head 70 is positioned at impression dull and stereotyped 25, the original position HP of ink gun 40 be positioned at the left of impression dull and stereotyped 25.
Ink gun 40 standby in original position HP time, if drive balladeur train 30 to move to the right along leading axle 20, be then located at and drive the permanent magnet 31 of balladeur train 30 in the near future to contact with the adsorption section 44 of ink gun 40, drive balladeur train 30 and ink gun 40 to link.As shown in Figure 7, fixture structural unit 45 is set at ink gun 40, the fixture structural unit 27 that can engage with fixture structural unit 45 or depart from from fixture structural unit 45 is set in the right part of apparatus main body 10.When printing, fixture structural unit 27 becomes non-locking state (state shown in the solid line in Fig. 7), the engaging of the fixture structural unit 45 of ink gun 40 with the fixture structural unit 27 of apparatus main body 10 is removed.Therefore, when driving balladeur train 30 to move along main scanning direction, ink gun 40 also moves along main scanning direction integratedly with driving balladeur train 30.
Ink gun 40 1 edge main scanning direction moves back and forth, and sprays ink droplet towards record-paper 5.Record-paper 5 moves back and forth along with ink gun 40, is carried along sub scanning direction X by roller 26.Such as, when ink gun 40 moves from the right of main scanning direction to left, record-paper 5 is forwards carried specific length, then when ink gun 40 reverses and moves to right from left, record-paper 5 is forwards carried specific length again, repeatedly carries out same action below.Thus, record-paper 5 is formed the image etc. of two dimension.
When cutting, ink gun 40 is separated from driving balladeur train 30, and HP is standby in position.When printing release, ink gun 40 is carried to original position HP by driving balladeur train 30.Further, when ink gun 40 arrives original position HP, fixture structural unit 27 becomes locking state (state shown in the imaginary line in Fig. 7) from non-locking state (state shown in the solid line Fig. 7), engages with the fixture structural unit 45 of ink gun 40.When driving balladeur train 30 to move to the left in this condition, driving balladeur train 30 overcomes the magnetic force between permanent magnet 31 and the adsorption section 44 of ink gun 40 be located at and driven balladeur train 30, deviates from from ink gun 40.Thus, ink gun 40 stays in original position HP, and HP place is standby in position.
When cutting, cutting head 70 links with driving balladeur train 30.Balladeur train 30 is driven to carry out with the original position HC place being attached at cutting head 70 of cutting head 70.Cutting head 70 standby in original position HC time, if drive balladeur train 30 to move to the left along leading axle 20, be then located at and drive the permanent magnet 32 of balladeur train 30 in the near future to contact with the adsorption section 74 of cutting head 70, drive balladeur train 30 and cutting head 70 to link.When cutting, fixture structural unit 28 becomes non-locking state, the engaging of the fixture structural unit 75 of cutting head 70 with the fixture structural unit 28 of apparatus main body 10 is removed.Therefore, when driving balladeur train 30 to move to main scanning direction, cutting head 70 moves along main scanning direction integratedly with driving balladeur train 30.
When cutting head 70 moves to the position of the regulation of record-paper 5, the cutter 72 (with reference to Fig. 6) of cutting head 70 declines, incision record-paper 5.Further, under the state that record-paper 5 cut by cutter 72, cutting head 70 moves along main scanning direction Y, and is carried along sub scanning direction X by record-paper 5 by roller 26.Thus, record-paper 5 is cut into regulation shape.
Ink gun 40 and the power driving balladeur train 30 to link are set to the first binding strength by the first hookup mechanism 51, and when cutting head 70 is set to the second binding strength with the power driving balladeur train 30 to link by the second hookup mechanism 52, the first binding strength is different from the second binding strength.It should be noted that, the first binding strength equals the load (such as 10Kgf) needed for the link in order to remove ink gun 40 and driving balladeur train 30.In other words, the first binding strength equals when ink gun 40 is fixed on apparatus main body 10 to make driving balladeur train 30 deviate from required load (such as 10Kgf) from ink gun 40.Second binding strength equals the load (such as 8Kgf) needed for the link in order to remove cutting head 70 and driving balladeur train 30.In other words, the second binding strength equals when cutting head 70 is fixed on apparatus main body 10 to make driving balladeur train 30 deviate from required load (such as 8Kgf) from cutting head 70.It should be noted that, in the present embodiment, the first hookup mechanism 51 possesses a group permanent-magnet 31 and adsorption section 44, first binding strength equals to make a group permanent-magnet 31 and adsorption section 44 deviate from required load (such as 10Kgf).But when the first hookup mechanism 51 possesses many group permanent-magnets 31 and adsorption section 44, the first binding strength equals to make above-mentioned all group permanent-magnets 31 and adsorption section 44 deviate from required load (such as 10Kgf).Equally, when the second hookup mechanism 52 possesses many group permanent-magnets 32 and adsorption section 74, the second binding strength equals to make above-mentioned all group permanent-magnets 32 and adsorption section 74 deviate from required load (such as 8Kgf).
In the present embodiment, the first binding strength F1 is set as equal with the second binding strength F2.Such as, by making the specification of permanent magnet 31 identical with the specification of permanent magnet 32, F1=F2 can be made.According to the present embodiment, as permanent magnet 31 and permanent magnet 32, the permanent magnet of same specification can be utilized.Therefore, common by parts, can make the first hookup mechanism 51 and the second hookup mechanism 52 cheapization.
But, the characteristic of ink gun 40 is different from the characteristic of cutting head 70, when driving the first binding strength F1 between balladeur train 30 and ink gun 40 to equal the second binding strength F2 driven between balladeur train 30 and cutting head 70, being not necessarily by and driving balladeur train 30 can make the suitably movement of both ink gun 40 and cutting head 70.
Ink gun 40 does not contact with record-paper 5, but the cutter 72 of cutting head 70 contacts with record-paper 5.When printing, ink gun 40 can not be subject to resistance from record-paper 5, but when cutting, cutting head 70 can be subject to resistance from record-paper 5.Therefore, when cutting head 70 being moved under the state that cutter 72 contacts with record-paper 5, compared with when moving with making ink gun 40, act on the amount driving the load of balladeur train 30 to increase above-mentioned resistance.
In the present embodiment, the weight of ink gun 40 is G1, and when the weight of cutting head 70 is G2, the weight G2 of cutting head 70 must be greater than the ratio of weight G1 relative to the first binding strength F1 of ink gun 40 relative to the ratio set of the second binding strength F2.That is, (F2/G2) > (F1/G1).Weight G2 due to cutting head 70 is less than the weight G1 of ink gun 40, therefore, it is possible to alleviate load when driving balladeur train 30 to make cutting head 70 move.
Therefore, printing according to the present embodiment and cutter sweep 1, while the first binding strength F1 can be made equal with the second binding strength F2, can make the suitably movement of both ink gun 40 and cutting head 70 by driving balladeur train 30.
(the second embodiment)
The weight G1 of ink gun 40, in the printing and cutter sweep 1 of the first embodiment, must be greater than the ratio of weight G2 relative to the second binding strength F2 of cutting head 70 by the printing of the second embodiment and cutter sweep 1 relative to the ratio set of the first binding strength F1.That is, (F1/G1) > (F2/G2).About other point, identical with the printing of the first embodiment and cutter sweep 1.
Such as, in the printing requiring the high speed printed and cutter sweep 1, exist and make the translational speed of the driving balladeur train 30 when linking with ink gun 40 be greater than the situation of the translational speed of the driving balladeur train 30 when linking with cutting head 70.In this case, the translational speed due to ink gun 40 is greater than the translational speed of cutting head 70, and therefore the inertia force of ink gun 40 is greater than the inertia force of cutting head 70.Therefore, when the first binding strength F1 is equal with the second binding strength F2, there is ink gun 40 possibility from driving balladeur train 30 to deviate from easier than cutting head 70.
But, according to the present embodiment, (F1/G1) > (F2/G2).Weight G1 due to ink gun 40 is less than the weight G2 of cutting head 70, compared with the situation therefore equaling the weight G2 of cutting head 70 with the weight G1 of ink gun 40, can reduce the inertia force of ink gun 40.Therefore, according to the present embodiment, when driving balladeur train 30 to move integratedly with ink gun 40, can prevent from driving balladeur train 30 surprisingly to be removed with the link of ink gun 40.
(other embodiment)
In first and second embodiment described, the first hookup mechanism 51 has is located at the permanent magnet 31 driving balladeur train 30 and the magnetic 44 being located at ink gun 40.But, also can be that permanent magnet 31 is located at ink gun 40 and magnetic 44 and is located at and drives balladeur train 30.That is, the first hookup mechanism 51 also can have the permanent magnet 31 being located at ink gun 40 and the magnetic 44 being located at driving balladeur train 30.
In first and second embodiment described, the second hookup mechanism 52 has is located at the permanent magnet 32 driving balladeur train 30 and the magnetic 74 being located at cutting head 70.But, also can be that permanent magnet 32 is located at cutting head 70 and magnetic 74 and is located at and drives balladeur train 30.That is, the second hookup mechanism 51 also can have the permanent magnet 32 being located at cutting head 70 and the magnetic 74 being located at driving balladeur train 30.
First hookup mechanism 51 and the second hookup mechanism 52 are not limited to the hookup mechanism with permanent magnet and magnetic.Such as, the first hookup mechanism 51 and the second hookup mechanism 52 can be the hookup mechanisms with electromagnet and magnetic.In this case, can control the energising of electromagnet by control device 35 and non-energizedly carry out the link of electromagnet and magnetic and the releasing of this link.It should be noted that, when having the hookup mechanism of electromagnet and magnetic, " in order to remove the load needed for link " be not electromagnet for during non-power status in order to remove the load needed for link, but when electromagnet is "on" position (that is, when hookup mechanism becomes connecting state) in order to remove the load needed for link.And first hookup mechanism 51 and the second hookup mechanism 52 be not limited to the hookup mechanism with magnet.
Medium is not limited to record-paper 5.Medium can be such as resinous thin slice, also can be metal thin slice.
For ink gun 40 leading axle engaged and the leading axle engaged for cutting head 70 can as described in identical embodiment, also can be different.Printing and cutter sweep 1 can possess the leading axle engaged for ink gun 40 and the leading axle engaged for cutting head 70, amount to two leading axles.
Claims (5)
1. print and a cutter sweep, it possesses:
Leading axle, extends along main scanning direction;
Handling device, along the direction transporting medium vertical with described main scanning direction;
Ink gun, so that the mode moved freely engages with described leading axle along described main scanning direction, has the nozzle to described medium ejection ink;
Cutting head, so that the mode moved freely engages with described leading axle along described main scanning direction, has the cutter cut described medium;
Drive balladeur train, move freely along described main scanning direction;
Drive unit, drives described driving balladeur train along described main scanning direction;
First hookup mechanism, connects to dismounting freely by described ink gun and described driving balladeur train, with the first binding strength, described ink gun and described driving balladeur train is linked when linking; And
Second hookup mechanism, connects to dismounting freely by described cutting head and described driving balladeur train, with the second binding strength, described cutting head and described driving balladeur train is linked when linking,
Described first binding strength is equal with described second binding strength.
2. printing according to claim 1 and cutter sweep, wherein,
The weight of described cutting head is greater than the ratio of weight relative to described first binding strength of described ink gun relative to the ratio of described second binding strength.
3. printing according to claim 1 and cutter sweep, wherein,
The weight of described ink gun is greater than the ratio of weight relative to described second binding strength of described cutting head relative to the ratio of described first binding strength.
4. printing according to claim 1 and cutter sweep, wherein,
Described first hookup mechanism has the permanent magnet that any one party in described ink gun and described driving balladeur train is arranged and the magnetic arranged the opposing party.
5. printing according to claim 1 and cutter sweep, wherein,
Described second hookup mechanism has the permanent magnet that any one party in described cutting head and described driving balladeur train is arranged and the magnetic arranged the opposing party.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420732087.7U CN204263731U (en) | 2014-11-27 | 2014-11-27 | Print and cutter sweep |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420732087.7U CN204263731U (en) | 2014-11-27 | 2014-11-27 | Print and cutter sweep |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204263731U true CN204263731U (en) | 2015-04-15 |
Family
ID=52798625
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420732087.7U Expired - Fee Related CN204263731U (en) | 2014-11-27 | 2014-11-27 | Print and cutter sweep |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204263731U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105620055A (en) * | 2014-11-27 | 2016-06-01 | 罗兰Dg有限公司 | Printing and cutting device |
| CN110774779A (en) * | 2018-07-27 | 2020-02-11 | 罗兰Dg有限公司 | Clamping member and medium cutting device |
| CN111497449A (en) * | 2018-12-28 | 2020-08-07 | 株式会社理光 | Device for guiding moving body, and printing device |
| US10953671B2 (en) | 2018-07-27 | 2021-03-23 | Roland Dg Corporation | Clamp and medium cutting device |
-
2014
- 2014-11-27 CN CN201420732087.7U patent/CN204263731U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105620055A (en) * | 2014-11-27 | 2016-06-01 | 罗兰Dg有限公司 | Printing and cutting device |
| CN110774779A (en) * | 2018-07-27 | 2020-02-11 | 罗兰Dg有限公司 | Clamping member and medium cutting device |
| US10953671B2 (en) | 2018-07-27 | 2021-03-23 | Roland Dg Corporation | Clamp and medium cutting device |
| CN111497449A (en) * | 2018-12-28 | 2020-08-07 | 株式会社理光 | Device for guiding moving body, and printing device |
| CN111497449B (en) * | 2018-12-28 | 2021-07-13 | 株式会社理光 | Device for guiding moving body, and printing device |
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Granted publication date: 20150415 Termination date: 20201127 |