CN105922309B - Shearing device, cutting system, the manufacture method of endless belt - Google Patents
Shearing device, cutting system, the manufacture method of endless belt Download PDFInfo
- Publication number
- CN105922309B CN105922309B CN201510477788.XA CN201510477788A CN105922309B CN 105922309 B CN105922309 B CN 105922309B CN 201510477788 A CN201510477788 A CN 201510477788A CN 105922309 B CN105922309 B CN 105922309B
- Authority
- CN
- China
- Prior art keywords
- supporter
- endless belt
- shearing device
- blade
- identifier
- 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.)
- Active
Links
Landscapes
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of shearing device, cutting system, endless belt manufacture method.The shearing device possesses：Cylindric or columned supporter, it is supported to endless belt on the inside of the endless belt；Platform, the supporter is removably provided with thereon, and the supporter is rotated around the axle of the supporter；And blade, it cuts off the off-position of the endless belt and can changed in the direction intersected with the axle.
Description
Technical field
The present invention relates to a kind of shearing device, cutting system, endless belt manufacture method.
Background technology
A kind of shearing device for cutting off endless belt is disclosed in Japanese Unexamined Patent Publication 2008-036725 publications.Japanese Unexamined Patent Publication
In the shearing device of 2008-036725 publications, endless cartridge is hung over to the periphery of the supporter of cylindrical shape.Thus, supporter
Endless belt is supported in the inner side of endless belt.Moreover, in the shearing device of Japanese Unexamined Patent Publication 2008-036725 publications, rotation
Turn driving supporter and rotate endless belt, and blade is contacted the endless belt of the rotation so that endless belt be cut off.
Here, in shearing device of the supporter in the medial support endless belt of endless belt, according to the external diameter of supporter come
The diameter (internal diameter) of the sustainable endless belt of supporter is determined, therefore, if the internal diameter as the endless belt of cut-out object is different,
Then need to prepare other shearing devices.
The content of the invention
It is an object of the present invention to cut off the different endless belt of internal diameter with a shearing device can.
According to first aspect of the present invention, there is provided a kind of shearing device, it possesses：Cylindric or columned supporter,
The medial support endless belt of endless belt；Platform, the supporter is removably set thereon, and is rotated about their axes the supporter；With
And blade, it cuts off the off-position of the endless belt and can changed in the direction intersected with the axle.
According to second aspect of the present invention, the blade cuts off the off-position of the endless belt in the axle side of the supporter
To can change.
According to third aspect of the present invention, the shearing device possesses：Judegment part, it differentiates the species of the supporter；With
And change mechanism, it makes the blade be moved to the direction intersected with the axle, and the differentiation result based on the judegment part becomes
The off-position of the blade.
According to fourth aspect of the present invention, the change mechanism makes the blade be moved to the direction of principal axis, and based on described
The differentiation result of judegment part changes the off-position of the blade.
According to fifth aspect of the present invention, in the base portion of the supporter, identification is configured with along the circumferential direction of the supporter
Symbol, the judegment part have：Test section, it detects the identifier of the supporter of rotation；And judging part, its basis
The quantity of the identifier detected by the test section judges the species of the supporter.
According to sixth aspect of the present invention, the shearing device possesses adjustment mechanism, and the adjustment mechanism can be by changing from institute
State the base portion of supporter and a side of described extend and the contact site of more than three that is contacted with the opposing party it is at least one
Length adjusts the supporter relative to the gradient of described.
According to seventh aspect of the present invention, the shearing device the direction of principal axis of cut-off endless belt a part from described
The position that supporter stretches out, possessing makes the direction of principal axis of the endless belt along the supporter to the opposite sidesway of described
Dynamic travel mechanism.
According to eighth aspect of the present invention, the travel mechanism keeps the quilt of described side on the direction of principal axis of the endless belt
Discarded discarded part, and make the annular Tape movement.
According to ninth aspect of the present invention, the travel mechanism makes the axle side of the discarded part along the supporter
The discarded part is discarded to the movement of the opposite side of described.
According to tenth aspect of the present invention, there is provided a kind of cutting system, it has the shearing device and cut relative to described
Disconnected device can position and convey the chassis of the supporter.
According to 11st aspect of the present invention, there is provided a kind of manufacture method of endless belt, it includes：Prepare the shearing device
Process, make the process of endless belt described in the support body supports and with the blade by described in the support body supports
The process of endless belt cut-out.
(invention effect)
According to the first scheme, the different endless belt of internal diameter is cut off with a shearing device can.
According to the alternative plan, the different endless belt of internal diameter is cut into different width with a shearing device can
Degree.
According to the third program, without the off-position that change blade operation and or operation, with a cut-out
The different endless belt of device can cut-out internal diameter.
According to the fourth program, the operation or operation of the off-position without change blade, filled with a cut-out
Put can and the different endless belt of internal diameter is cut into different width.
According to the 5th scheme, identifier is detected with a test section can, and judge the species of supporter.
According to the 6th scheme, the rotary shaft of platform can be made consistent with the axis of supporter.
According to the 7th scheme, the situation of cut-off position is maintained at compared to endless belt, will can be cut off
Endless belt easily pulled down from supporter.
According to the eighth aspect, compared to the situation for the part used for keeping endless belt, endless belt can be suppressed
The part used incidentally upper keep vestige.
According to the 9th scheme, it is not necessary to the operation that operator discards discarded part.
According to the tenth scheme, the uncertain situation in position compared to chassis relative to shearing device, can suppress
When supporter to be arranged to the predetermined set location of platform, deviate the situation of the set location.
According to according to the 11st scheme, the different endless belt of internal diameter is manufactured with a shearing device can.
Brief description of the drawings
Fig. 1 is the schematic diagram for representing the shearing device involved by present embodiment；
Fig. 2 is the stereogram for representing the supporter involved by present embodiment；
Fig. 3 is the plan in the plectane portion for representing the supporter involved by present embodiment；
Fig. 4 is the figure for representing the adjustment mechanism involved by present embodiment；
Fig. 5 is the side view for representing the supporter involved by present embodiment；
Fig. 6 is the stereogram for representing the keeping body involved by present embodiment；
Fig. 7 is the stereogram for removing upper plate from the keeping body shown in Fig. 6 and representing；
Fig. 8 is the action diagram for the shift action for representing keeping body；
Fig. 9 is the schematic diagram for representing the chassis involved by present embodiment；
Figure 10 is the 10-10 line profiles in Fig. 9.
Embodiment
Below, one of embodiment involved in the present invention is illustrated referring to the drawings.
(cutting system 10)
The structure of cutting system 10 involved by present embodiment is illustrated.
Cutting system 10, which possesses the shearing device 11 (reference picture 1) of cut-out endless belt 300 and can conveyed, is arranged at cut-out dress
Put the chassis 200 (reference picture 9) of the supporter 20 on 11 platform 60.
Endless belt 300 is, for example, the intermediate transfer belt that the image processing system of electro photography uses.In addition, as annular
It is used for the band of other purposes with 300 or conveyer belt etc..
Hereinafter, after the structure for illustrating shearing device 11, the structure of chassis 200 is illustrated.
(shearing device 11)
As shown in figure 1, shearing device 11 possesses the cylindric support in the medial support endless belt 300 of endless belt 300
Body 20 (also referring to Fig. 2) and the platform for being removably provided with supporter 20 thereon and making supporter 20 be rotated around the axle of supporter 20
60.In addition, shearing device 11 possesses the location division 90 for being positioned supporter 20.
Moreover, shearing device 11 possesses the cut-out of the modifiable cutter 82 of the off-position with cut-out endless belt 300
Mechanism 80 and the travel mechanism 100 for making the endless belt 300 for being cut off the cut-out of mechanism 80 be moved to the direction of principal axis of supporter 20.
In addition, shearing device 11 possesses the judegment part 14 for the species for differentiating supporter 20, controls each portion of shearing device 11
Action (driving) control unit 18 and for operator operate shearing device 11 operating portion 19.
(platform 60)
As shown in figure 1, there is platform 60 main body 62, the swivel plate 64 being rotatably supported in main body 62 and rotation to drive
The drive division 66 of dynamic swivel plate 64.
Swivel plate 64 is formed as the tabular in the vertical direction with thickness.The swivel plate 64 passes through in main body 62
Axle portion 63, rotatably it is supported on using above-below direction as rotary shaft by main body 62 in main body 62.Drive division 66 is configured at main body 62
Inside, via the rotation driving swivel plate 64 of axle portion 63.
Pivot on swivel plate 64, cylindric or cylindric insertion section 70 is protruded upward.Insertion section 70
It is inserted into the patchhole described later 26 of supporter 20.Thus, in a manner of making supporter 20 and swivel plate 64 is configured on coaxial
Supporter 20 is set to be positioned relative to swivel plate 64.
The radial outside of insertion section 70 in swivel plate 64, cylindric or cylindric insertion pin is protruded upward
67.Insertion pin 67 is inserted into the elongated hole of supporter 20.Thus, it is configured at the state on coaxial in supporter 20 and swivel plate 64
Under, supporter 20 relative to swivel plate 64 in the circumferential direction be positioned.
Moreover, the radial outside of the insertion section 70 in swivel plate 64, along the circumferential direction formed with multiple screw holes 65.Branch
The bolt 29 of support body 20 is screwed into the screw hole 65.Thus, supporter 20 is installed on swivel plate 64.In addition, saved in Fig. 2
The diagram of bolt 29 is omited.
(supporter 20)
As shown in Figures 1 and 2, supporter 20 has cylindric housing section 30 and the ratio shell located at the lower end of housing section 30
The big plectane portion 21 of the diameter of body portion 30 (one of base portion).Housing section 30 and plectane portion 21 configure on coaxial.Utilize the housing
Portion 30 and plectane portion 21, supporter 20 are integrally formed as the cylindrical shape with the extension stretched out to radial outside.
As shown in figure 1, the patchhole 26 being centrally formed with thickness direction (above-below direction) insertion in plectane portion 21.Such as
It is upper described, the insertion section 70 of insertion swivel plate 64 in the patchhole 26.
In addition, the extension that the ratio housing section 30 in plectane portion 21 is more stretched out to radial outside, formed with thickness
The identifying hole 28 (one of identifier) of direction (above-below direction) insertion.As shown in figure 3, the identifying hole 28 is along plectane portion 21
Circumferential direction is configured with multiple (such as 4).In addition, identifying hole 28 is in the state of supporter 20 is arranged on swivel plate 64,
It is located relative to the position of the radial outside of swivel plate 64.As be described hereinafter, the identifying hole 28 by the sensor 68 of judegment part 14 come
Detection.
In addition, as shown in Fig. 1 and Fig. 4, below plectane portion 21, the axis of adjustable support body 20 is screwed into relative to platform
The adjustment screw 25 (one of contact site) of the gradient of the rotary shaft of 60 swivel plate 64.As shown in figure 4, adjustment screw 25 has
Have from plectane portion 21 downwards (side of swivel plate 64 of platform 60) extension axle portion 25A and located at axle portion 25A lower end and with rotation
The head 25B of the upper surface of plate 64.
As shown in figure 3, circumferential direction of the screw 25 along plectane portion 21 is adjusted to configure at equal intervals.It is moreover, each by adjusting
Adjustment screw 25 changes the length (overhang) of each adjustment screw 25 to the amount of screwing in plectane portion 21, plectane portion 21 and swivel plate
64 distance is adjusted with each portion of the circumferential direction in plectane portion 21.Thus, the axis of adjustable support body 20 is relative to swivel plate
The gradient of 64 rotary shaft.So, in the present embodiment, by three adjustment screws 25 form adjustment supporter 20 relative to
The adjustment mechanism of the gradient of platform 60.In addition, as adjustment mechanism, as long as can adjust at least one in three adjustment screws 25
Adjust the overhang of screw 25.
In addition, as shown in figure 4, pad 27 (lining of the amount of screwing of adjustment screw 25 for example by the way that axle portion 25A to be inserted to ring-type
Pad) hole in, and clamp pad 27 with the lower surface in plectane portion 21 and head 25B to maintain adjustment state.
In addition, in the present embodiment, specifically, as shown in figure 5, housing section 30 has：It is fixed on plectane portion 21
The main part 32 of semi-circular cylindrical, the movable part 34 for the substantially semi-circular cylindrical being movably supported in plectane portion 21 and can
The conus portion 36 that dynamic portion 34 and the top of main part 32 are wholely set with main part 32.
Specifically, radial direction from movable part 34 to housing section 30 be relative to the main part 32 of itself opposite side (arrow A
Direction) it is movably supported on plectane portion 21.More specifically, the bottom of movable part 34 via two line slideways 42 (in Fig. 5
In illustrate only one) be installed on plectane portion 21.The orbit portion 42A of the line slideway 42 is fixed in circle along arrow A directions
Plate portion 21.The workbench portion 42B moved along orbit portion 42A is fixed in the bottom of movable part 34.
In addition, the top of movable part 34 is also installed on circular cone via two line slideways 44 (one is illustrate only in Fig. 5)
Portion 36.The orbit portion 44A of the line slideway 44 is fixed in conus portion 36 along arrow A directions.Moved along orbit portion 44A
Dynamic workbench portion 44B is fixed on the upper end of movable part 34.
Moreover, in the inside of housing section 30, the cylinder 46 that connecting rod 46A is installed in movable part 34 is configured with.Pass through driving
The cylinder 46, movable part 34 move along arrow A directions.Thus, in the endless belt to the periphery for being configured at supporter 20
In the state of 300 assign tension force, the housing section 30 of supporter 20 supports endless belt 300.In addition, housing section 30 is for example to annular
In the state of band 300 assigns tension force, it is in substantially proper circle shape that section, which is,.
Moreover, as shown in Figures 1 and 2, on the outer peripheral face of housing section 30 (movable part 34 and main part 32), along housing
The circumferential direction in portion 30 and the groove 23 entered throughout the all-round of housing section 30 and formed with the blade 81 for cutter 82.The edge of groove 23
Housing section 30 direction of principal axis be configured with it is multiple.The plurality of groove 23 for example by be configured at housing section 30 bottom most under groove
23A, the three groove 23B equally spaced configured with the first interval from the groove 23A under most and from the groove 23A under most with than
Two groove 23C that the second wide interval of first interval equally spaced configures are formed.
In groove 23A and three groove 23B, endless belt 300 is cut off by using the blade 81 of cutter 82, endless belt 300
Three are cut into the first interval.In addition, in groove 23A and two groove 23C, by using the blade 81 of cutter 82 by annular
Band 300 is cut off, and endless belt 300 is cut into two with the second interval wider than the first interval.
In addition, as shown in Figures 1 and 2, formed with being passed through in thickness direction (above-below direction) on the top plate 38 of conus portion 36
Logical patchhole 52.Insertion section 96 described later is inserted in the patchhole 52.Thus, it is configured at supporter 20 and swivel plate 64
Mode on coaxial, supporter 20 are positioned relative to swivel plate 64.
In addition, as shown in Fig. 2 above the top plate 38 of conus portion 36, the both sides of patchhole 52 are being clipped formed with recessed
Portion 54.The lifting bolt 56 being installed on top plate 38 is configured with each recess 54.As be described hereinafter, lifting bolt 56 hangs over chassis
On the hook 249 of 200 (reference pictures 9), supporter 20 is hung up.
In addition, internal diameter of the supporter 20 according to the endless belt 300 of multiple species, prepare different more of external diameter of housing section 30
Individual species.In addition, the interval of the groove 23 of supporter 20 is also different in the species of each endless belt 300.
(shut-off mechanism 80)
As shown in figure 1, shut-off mechanism 80 has：Multiple cutters 82 with blade 81, along the vertical direction (supporter 20
Direction of principal axis) shifting that is movably supported the supporting part 84 of each cutter 82 and makes each cutter 82 move along the vertical direction
Dynamic portion 86.
The little gear and revolve little gear that move portion 86 is for example engaged by the rack of the base end part with being formed at cutter 82
The drive division turned is formed.In the structure, little gear is set just to transfer to make cutter 82 increase by using drive division, by making small tooth
Wheel reverses and declines cutter 82.
So, each cutter 82 is made to be moved in above-below direction with move portion 86, the blade 81 of cutter 82 cuts off endless belt
300 off-position can change in above-below direction (direction of principal axis of supporter 20).
Moreover, shut-off mechanism 80 has：Branch in cutter 82 relative to the state being arranged on the swivel plate 64 of platform 60
What support body 20 was approached and left is movably supported the supporting part 87 of supporting part 84 close to departure direction (horizontal direction) and makes branch
Move portion 88 of the support part 84 at this close to departure direction movement.As move portion 88, such as use single shaft mechanical arm.
So, supporting part 84 is made to be moved close on departure direction by using move portion 88, the blade 81 of cutter 82
The off-position of cut-out endless belt 300 can change in the radial direction (direction intersected with the axle of supporter 20) of supporter 20.
Moreover, in shut-off mechanism 80, such as each cutter 82 is moved to along the vertical direction using each move portion 86
The blade 81 of each cutter 82 and groove 23A and three groove 23B respectively to position after, using move portion 88 make supporting part 84 to
Direction of closing moves, and thus, the blade 81 of cutter 82 is moved to off-position.Utilize the cutter 82 positioned at off-position
Blade 81 cut off endless belt 300.
So, in shut-off mechanism 80, make direction of principal axis of the blade 81 of cutter 82 along supporter 20 and move radially and
The change mechanism of change off-position is made up of move portion 86 and move portion 88.
(location division 90)
Location division 90 is formed as the arm 92 of L-shaped, is movably supported on arm in above-below direction when having from side
The moving body 94 of 92 leading section and it is formed at the leading section of moving body 94 and inserts the insertion of the patchhole 52 of supporter 20
Portion 96.Insertion section 96 is formed as prominent cylindric downwards from the leading section of moving body 94, is configured with the insertion section 70 of platform 60
On coaxial.
Moving body 94 is manually or drive division (not shown) (such as cylinder with drivings such as air pressures) is in above-below direction
Move.Moving body 94 is inserted into the patchhole of the supporter 20 of the state on the swivel plate 64 of platform 60 in insertion section 96
Moved between the retreating position that 52 insertion position and insertion section 96 are extracted from patchhole 52.By the way that insertion section 96 is inserted
Patchhole 52, supporter 20 be located in on the rotating shaft coaxle of swivel plate 64.
(travel mechanism 100)
As shown in fig. 6, travel mechanism 100 has the keeping body 101 for the endless belt 300 for keeping cut-off.Keeping body 101 has
There is lower plate 102 and in the top of lower plate 102 and the oppositely disposed upper plate 103 of lower plate 102.
Lower plate 102 and upper plate 103 are formed as the tabular for having thickness in above-below direction.In lower plate 102 and upper plate 103,
It is respectively formed with the thickness direction observation of through-thickness insertion as the through hole 104,105 of octagonal shape.Passed through using this
Through hole 104,105, lower plate 102 and upper plate 103 are respectively formed as being arranged at the rotation of platform 60 in the circumferential direction encirclement of supporter 20
The frame-shaped of the supporter 20 of state on plate 64.
As shown in FIG. 6 and 7, be configured between lower plate 102 and upper plate 103 be connected with lower plate 102 and upper plate 103 it is more
Individual side plate 110.
Moreover, as shown in fig. 7, travel mechanism 100 has four adsorption sections 130, there is absorption to be cut for these adsorption sections 130
The absorption layer 132 of disconnected endless belt 300.Absorption layer 132 is set to be configured at down adsorption section 130 towards inner side (side of through hole 104)
On plate 102.
Specifically, adsorption section 130 is fixed on and matched somebody with somebody to inner side (side of through hole 104) prominent position in absorption layer 132
It is placed on the moving body 140 in lower plate 102.Moving body 140 is supported in lower plate 102, can be to the projected direction of absorption layer 132
(arrow B directions) and its opposite direction (arrow-B directions) move.
Moving body 140 sidepiece formed with rack 142.The little gear 144 engaged with the rack 142 is pivotably supported
In in lower plate 102.Little gear 144 is rotated forward by using drive division 145, makes adsorption section 130 to projected direction (arrow B directions)
It is mobile.In addition, reversing little gear 144 by using drive division 145, make adsorption section 130 (arrow-B directions) round about
It is mobile.Thus, the absorption position of absorption layer 132 can be changed according to the external diameter of endless belt 300.
In addition, being connected with the one end of pipe (not shown) on absorption layer 132, connected in the other end of pipe (not shown)
There is vavuum pump (not shown).Travel mechanism 100 is by driving vavuum pump (not shown), the outer peripheral face of cut-off endless belt 300
Adsorbed pad 132 adsorbs.Thus, cut-off endless belt 300 is kept by keeping body 101.
In addition, as shown in FIG. 6 and 7, formed with laterally (through hole 104,105 in lower plate 102 and upper plate 103
Opposite side) stretch out extension 106,107.As shown in figure 8, the extension 106,107 is fixed on moving body 122, the shifting
Kinetoplast 122 can be moved up and down and is rotatably supported at around pillar 120 on pillar 120.
Being provided with moving body 122 makes the drive division 123 that moving body 122 rotates around pillar 120.Specifically, drive division
123 make moving body 122 be located to the through hole 104 of lower plate 102 and the through hole 105 of upper plate 103 on the axis of supporter 20
Position (position shown in Fig. 8 (A) (B) (C)) and the through hole 104 and the through hole 105 leave from the axis of supporter 20
Position (position shown in Fig. 8 (D)) rotation.
Moreover, being provided with pillar 120 makes the drive division 124 that keeping body 101 moves in above-below direction.Drive division 124
Such as by making to make shifting on belt wheel and the band that is fixed on moving body 122 is in the upper rotary of pillar 120 in top and lower winder
Kinetoplast 122 moves in above-below direction.In addition, the mechanism for making lower plate 102 and upper plate 103 be moved in above-below direction be not limited to it is above-mentioned
Mechanism, it can also be allowed to mobile using other machinery key element.
(judegment part 14)
As shown in figure 1, judegment part 14 has (the one of test section of sensor 68 of the identifying hole 28 of detection supporter 20
Example) and judge supporter 20 species judging part 15.Sensor 68 be configured in the main body 62 of platform 60 relative to swivel plate
64 radial outside.
Sensor 68 for example detects the identifying hole that swivel plate 64 is driven in rotation and revolves the supporter 20 during turning around
28.The connection judgment portion 15 of sensor 68, the quantity (supporter for the identifying hole 28 that sensor 68 detects is sent to judging part 15
20 numbers that turn around of rotation) information.Thus, judging part 15 obtains the quantity information of identifying hole 28.
In addition, the species of the supporter 20 corresponding with the quantity of identifying hole 28 is stored with judging part 15.Judging part 15
The species of the supporter 20 corresponding with the quantity is judged according to the quantity information of the identifying hole 28 of acquirement.So, have and pass
The judegment part 14 of sensor 68 and judging part 15 differentiates the species of supporter 20 according to the quantity of identifying hole 28.
In addition, in the present embodiment, the external diameter of 20 each species of supporter and the above-below direction (supporter of multiple grooves 23
20 direction of principal axis) interval it is different.Therefore, the off-position of the endless belt 300 of 20 each species of supporter is in supporter 20
It is different on direction of principal axis and footpath direction.
(operating portion 19 and control unit 18)
Operating portion 19 can carry out various input operations by operator.Operating portion 19 is such as guidance panel or operation button
Form.
The input operation to operating portion 19 that control unit 18 is carried out by operator, control the driving in each portion and stopping for driving
Only.
In addition, differentiation result of the control unit 18 based on judegment part 14, the move portion 86 and move portion of control shut-off mechanism 80
88 driving.Specifically, the species of the supporter 20 determined according to judegment part 14, the driving of move portion 86 is controlled, so that
The blade 81 of each cutter 82 stops at the off-position of predetermined above-below direction (direction of principal axis of supporter 20).
In addition, the species of the supporter 20 determined according to judegment part 14, controls the driving of move portion 86, so that each cutting
The blade 81 of device 82 stops at the off-position of the radial direction of predetermined supporter 20.Predetermined off-position said here is to cut
The blade 81 of cutter 82 enters in groove 23, and blade 81 does not encounter the position of supporter 20.
So, move portion 86 and move portion 88, the off-position of the blade 81 of cutter 82 is controlled to exist by control unit 18
The radial direction of above-below direction and supporter 20 is changed.
In addition, differentiation result of the control unit 18 based on judegment part 14, controls the driving of the drive division 145 of travel mechanism 100.
Specifically, the species of the supporter 20 differentiated according to judegment part 14, the driving of drive division 145 is controlled, so that absorption layer 132
Stop at the absorption position of predetermined absorption layer 132.So, drive division 145 is controlled by control unit 18, by absorption layer 132
Absorption position is changed in the footpath direction of supporter 20.
In addition, the specific action in each portion on controlling driving by control unit 18, the manufacture in endless belt 300 described later
Illustrated in method.
(chassis 200)
As shown in FIG. 9 and 10, chassis 200 has：Vertically extending a pair of posts 202, from each pillar 202
Leg 210 that bottom extends along horizontal direction (Fig. 9 right side) and the front end for being rotatably mounted in each leg 210
The wheel 212 in portion.
In addition, as shown in Figure 10, chassis 200 has the connection member 204 of connection a pair of posts 202.The connection member 204
Extend from a bottom of a pair of posts 202 to another bottom (above-below direction in Figure 10).
Moreover, as shown in FIG. 9 and 10, chassis 200 have from connection member 204 to relative to pillar 202 in wheel 212
The installing plate 220 and be rotatably installed on installing plate 220 that the opposite side of side extends along horizontal direction (along bottom surface 400)
Wheel 222.
The reinforcing plate 223 for the triangle strengthened installing plate 220 is provided with installing plate 220.Reinforcing plate 223
While being fixed on above installing plate 220, the another side of reinforcing plate 223 is fixed on the side of connection member 204.
In addition, as shown in figure 9, chassis 200 has what is extended from each pillar 202 along horizontal direction (right side in Fig. 9)
Arm 242 and be movably supported along each pillar 202 each arm 242 base end part orbit portion (supporting part) 244.In each arm 242
Front be provided with via chain 247 install hook 249.Each hook 249 is hung on each lifting bolt 56 of supporter 20, will be supported
Body 20 is hung up.
In the base end side of a pair of arms 242, the one end of metal wire 252 is fixed with via fixed part 253.Metal wire 252
Pars intermedia is hung on the belt wheel 255 for the axle portion 258 for being rotatably installed in the upper end for being set up in pillar 202.Metal wire 252
The other end be hung on the periphery of discoid reeling end 257.
Reeling end 257 is pivotably supported in the housing 259 for being fixed on the back side of pillar 202 by axle portion 254.In axle portion
The handle 256 for rotation process reeling end 257 is fixed with 254.By rotating forward handle 256, reeling end 257 rotates forward, will
Metal wire 252 is on reeling end 257.Thus, a pair of arms 242 rise.
On the other hand, by reversing handle 256, reeling end 257 is reversed, and metal wire 252 is wound from reeling end 257.
Thus, a pair of arms 242 decline.
In addition, chassis 200 has the location-plate 230 for the top for being configured at a pair of legs 210 and located at each leg 210 and propped up
Support the supporting part 232 of location-plate 230.Each supporting part 232 extends upward from each leg 210, in the upper end of a pair of supporting parts 232
Portion is fixed with location-plate 230.
The location-plate 230 is formed as above-below direction being set to the tabular of thickness direction.Location-plate 230, which has, to be used as along branch
The periphery of support body 20 is in the concavity face 230A that arc-shaped is formed.Concavity face 230A passes through the supporter with being hung up by hook 249
20 outer peripheral face contact, positions supporter 20 relative to chassis 200.In this condition, chassis is pushed and pulled by operator
200 convey supporter 20.
In addition, chassis 200 has the guide 260 for the sidepiece for being fixed on each leg 210.Each guide 260 is from each leg
210 length direction pars intermedia is crossed the front end of leg 210 and extended out.On each guide 260, using above-below direction as rotation
Rotating shaft has been pivotably supported multiple (such as three) guide rollers 262.
In the main body 62 of platform 60, formed with the swivel plate 64 to platform 60 convey supporter 20 when each leg 210 and
The insertion space 76 that each guide 260 is inserted into.It is provided with insertion space 76 and is connect with each guide roller 262 of each guide 260
Touch and rotate, the guiding parts 78 being oriented to each guide 260.Contacted by each guide roller 262 with each guiding parts 78,
Chassis 200 is positioned relative to platform 60 on the fore-and-aft direction of Fig. 9 paper.
In addition, in the state of each foot 210 and each guide 260 are inserted into insertion space 76, when chassis 200 is to Fig. 9
In right direction movement when, a pair of supporting parts 232 abut the side 60A of platform 60.Thus, on the hook 249 of chassis 200 is hung over
The patchhole 26 of supporter 20 is located at the position of the top of the insertion section 70 of platform 60, a left side of the chassis 200 relative to platform 60 in fig.9
Right direction is positioned.So, chassis 200 can position relative to shearing device 11 (platform 60).
In addition, chassis 200, in the state of being positioned relative to shearing device 11 (platform 60), the upside of supporter 20 is determined
The arm 92 in position portion 90 enters between a pair of arms 242, and arm 242 and location division 90 are not disturbed.
(operation that supporter 20 is arranged to the swivel plate 64 of platform 60)
Then, the operation of the swivel plate 64 to supporter 20 to be arranged to platform 60 illustrates.
In operation (method to set up) is set, first, prepare the supporter 20 and chassis 200 set to swivel plate 64.
Then, each hook 249 of chassis 200 is tangled to each lifting bolt 56 of supporter 20.Secondly, by making handle 256
Rotate forward, and a pair of arms 242 is increased on reeling end 257 metal wire 252.Thus, supporter 20 is suspended on platform
On car 200.Now, it is located at the position more closer to the top than the insertion section 70 of platform 60 in the lower end of supporter 20 (bottom surface in plectane portion 21)
Put, suspension strut body 20.
Contacted, propped up by the outer peripheral face of supporters 20 of the concavity face 230A of location-plate 230 with being hung up with each hook 249
Support body 20 is positioned relative to chassis 200.
In this condition, chassis 200 is pushed and pulled by operator, supporter 20 is transported on swivel plate 64.
Now, in a manner of each guide 260 of chassis 200 is oriented to by each guiding parts 78, lead each leg 210 and respectively
To the insertion space 76 of the insert stand 60 of part 260.Thus, quilt on the fore-and-aft direction of paper of the chassis 200 relative to platform 60 in fig.9
Positioning.
Moreover, right direction movement of the chassis 200 into Fig. 9, makes a pair of supporting parts 232 abut the side 60A of platform 60.By
This, the position of the top of the insertion section 70 of platform 60 is located in the patchhole 26 of the supporter 20 hung up by the hook 249 of chassis 200
Put, chassis 200 on the left and right directions in fig.9 of platform 60 relative to being positioned.
Then, by reversing handle 256, metal wire 252 is wound from reeling end 257, declines a pair of arms 242.By
This, the insertion section 70 of platform 60 is inserted the patchhole 26 of supporter 20.
When supporter 20 is arranged on swivel plate 64, by adjusting each adjustment the amount of screwing of screw 25 to plectane portion 21
To adjust gradient of the axis of supporter 20 relative to the rotary shaft of swivel plate 64.In the present embodiment, for example, so that shape
Into the patchhole 52 and the mode of the position consistency of insertion section 96 of the top plate 38 in supporter 20, the inclination of supporter 20 is adjusted
Degree.
Then, the moving body 94 of location division 90 is made to be moved to insertion position, insertion section 96 is inserted into patchhole 52.Thus,
It is located in supporter 20 and is arranged on the state on the rotating shaft coaxle of swivel plate 64 on swivel plate 64.
In addition, from swivel plate 64 dismantle the operation of supporter 20 by the reversed order that operates above-mentioned setting come
Perform.
(manufacture method of endless belt)
Then, the manufacture method of endless belt is illustrated.
The manufacture method of endless belt includes preparatory process, support process, cut off operation and dismounting process.
(preparatory process)
In preparatory process, prepare above-mentioned shearing device 11.Here, the shearing device 11 prepared is set by above-mentioned
Operation is put, supporter 20 is arranged on swivel plate 64.
(support process)
In process is supported, first, endless belt 300 is coated in the periphery of supporter 20 from the top of supporter 20.Its
The input operation to operating portion 19 that is secondary, being carried out by operator, control unit 18 drive the cylinder 46 inside supporter 20.By
This, movable part 34 moves along arrow A directions.By movement of the movable part 34 to arrow A directions, to being configured at supporter 20
In the state of the endless belt 300 of periphery imparts tension force, endless belt 300 is supported on the housing section 30 of supporter 20.
(cut off operation)
In cut off operation, first, the input operation to operating portion 19 carried out by operator, the driving of control unit 18 is driven
Dynamic portion 66, swivel plate 64 rotate.When swivel plate 64 rotates, sensor 68 detects the identifying hole 28 of supporter 20, sensor 68
The information of the quantity (number of supporter 20 for each revolution) of the identifying hole 28 detected is sent to judging part 15.Judging part 15
The species of supporter 20 is judged according to the quantity of identifying hole 28.So, with the judegment part with sensor 68 and judging part 15
14 differentiate the species of supporter 20.
Control unit 18 controls the driving of move portion 86, so that blade 81 is in the supporter 20 determined according to judegment part 14
The off-position stopping of species and predetermined above-below direction (direction of principal axis of supporter 20).
The input operation to operating portion 19 carried out by operator, start the cut-out of endless belt 300.Endless belt 300
After cut-out starts, control unit 18 controls the driving of move portion 88, and each cutter 82 moves to the footpath direction of supporter 20, so that knife
Sword 81 stops in the off-position of the radial direction of the predetermined supporter 20 of the species of the supporter 20 determined according to judegment part 14.
Thus, endless belt 300 is cut off.After endless belt 300 is cut off, as shown in Fig. 8 (A), endless belt 300 is cut into as system
The product part 310,312 (part used) of product and the discarded part 331,333 to go out of use.Discarded part 331,333 is in ring
The upper and lower end of shape band 300 produces.In example shown in Fig. 8 (A), two product portions are formed in part with as product
Divide 310,312.
(dismounting process)
In process is dismantled, by the input operation to operating portion 19 of operator's progress, control unit 18 drives supporter
Cylinder 46 inside 20.Thus, movable part 34 moves along the direction in opposite direction with arrow A.By movable part 34 to the phase
The movement of opposite direction, the endless belt 300 for releasing the periphery to being configured at supporter 20 impart the state of tension force.
Then, control unit 18 controls the driving of the drive division 145 of travel mechanism 100, absorption layer 132 is stopped at basis and sentences
The species for the supporter 20 that other portion 14 determines and predetermined absorption position.
Moreover, as shown in Fig. 8 (A), the keeping body 101 of travel mechanism 100 is maintained at the bottom formation of endless belt 300
Discarded part 333.Specifically, adsorption section 130, the periphery of the discarded part 333 of the absorption of absorption layer 132 are driven by control unit 18
Face, so as to keep discarded part 333.
Drive division 124 is driven by control unit 18, as shown in Fig. 8 (B), keeps the keeping body 101 of discarded part 333 to rise
To the top (part for direction of principal axis) of product part 310 from the position that supporter 20 stretches out.In addition, product part 310 passes through
Push to and move via the part 333 that goes out of use of product part 312.The product that operator stretches out top self-supporter 20
Part 310 is extracted from supporter 20, and thus, product part 310 is pulled down from supporter 20.
In addition, now, discarded part 331 is also together brought to product part 310.Operator is discarded by what is pushed to
Part 331 is discarded.
In addition, driving drive division 124 by control unit 18, as shown in Fig. 8 (C), discarded part 333 rises to product part
312 top (part for direction of principal axis) is from the position that supporter 20 stretches out.Operator is from supporter 20 by top self-supporting
The product part 312 that body 20 stretches out is extracted, and thus pulls down product part 310 from supporter 20.
In addition, drive drive division 123 and drive division 124, keeping body 101 to move by control unit 18, so as to by waste part
333 are divided to be extracted from supporter 20.Then, as shown in Fig. 8 (D), after moving body 122 rises to the top of supporter 20, to holding
The position rotation that the through hole 104 and through hole 105 (reference picture 6) of body 101 depart from from the axis of supporter 20.Afterwards, move
After kinetoplast 122 declines, stop the driving of adsorption section 130, discarded part 333 is discarded in container 40.
As described above, by the way that endless belt 300 is cut into product part 310,312 and discarded part 331,333, and will system
Product part 310,312 removes manufacture endless belt from supporter 20.
(effect)
In present embodiment, shearing device 11 can dismount supporter 20.Thus, by will be arranged on swivel plate 64
Supporter 20 is pulled down from swivel plate 64, and by external diameter supporter 20 (the hereinafter referred to as reducing supporter different from the supporter 20
20) it is arranged on swivel plate 64, supporter 20 is replaced by reducing supporter 20.Diameter is supported using reducing supporter 20
(internal diameter) endless belt 300 different from the endless belt 300 supported by supporter 20 (hereinafter referred to as reducing endless belt 300).
In addition, the off-position of the blade 81 of the cutter 82 of shearing device 11 can change in the radial direction of supporter 20.
Therefore, in shearing device 11, after the endless belt 300 supported by supporter 20 is cut off, by the off-position of blade 81 along different
The radial direction of footpath supporter 20 change to from the corresponding off-position of reducing supporter 20 after the replacing of supporter 20, so as to will
Reducing endless belt 300 is cut off, thus, the different multiple endless belts 300 of cut-out internal diameter.So, by using different more of external diameter
Individual supporter 20 cuts off endless belt 300, and the different multiple endless belts 300 of internal diameter just can be cut off with a shearing device.So, lead to
Cross and cut off the different multiple endless belts 300 of internal diameter with a shearing device, the different multiple endless belts 300 of internal diameter can be manufactured.
In addition, the off-position of the blade 81 of the cutter 82 of shearing device 11 can become in the direction of principal axis of supporter 20
More.Therefore, endless belt 300 is cut off by changing the off-position of blade 81 in the direction of principal axis of supporter 20, with a cut-out
Device can cut into endless belt 300 different width.In addition, blade 81 is changed by the direction of principal axis in reducing supporter 20
Off-position and cut off reducing endless belt 300, reducing endless belt 300 can be cut into different width with a shearing device
Degree.
So, by using the different multiple supporters 20 of external diameter, and in the radial direction and axial direction change knife of supporter 20
The off-position of sword 81 and cut off endless belt 300, the different multiple endless belts 300 of internal diameter can be cut off with a shearing device
Into different width.
In addition, in present embodiment, control unit 18 controls the driving of move portion 86, so that blade 81 is stopped at according to differentiation
The off-position of the species for the supporter 20 that portion 14 determines and predetermined above-below direction (direction of principal axis of supporter 20).In addition,
Control unit 18 controls the driving of move portion 88, so that blade 81 stops at the species of the supporter 20 determined according to judegment part 14
And the off-position of the radial direction of predetermined supporter 20.
I.e., in embodiments, the differentiation result based on judegment part 14, the direction of principal axis in supporter 20 and radially change are passed through
The more off-position of blade 81 cuts off endless belt 300.Therefore, it is not necessary to change operation or the work of the off-position of blade 81
Industry, the different multiple endless belts 300 of diameter different width can be cut into a shearing device.
In addition, in the present embodiment, the identifying hole of the circumferential direction configuration of supporter 20 of the detection of sensor 68 along rotation
28, the quantity of the identifying hole 28 detected according to sensor 68, judging part 15 judges the species of supporter 20.So, one is passed through
While rotate supporter 20, while multiple identifying holes 28 along the circumferential direction configuration of supporter 20 are detected by sensor 68, with one
Individual sensor 68 just can detect identifier, so as to judge the species of supporter.
In addition, in the present embodiment, when supporter 20 is arranged on swivel plate 64, by adjusting each adjustment screw
25 to plectane portion 21 the amount of screwing, the axis of adjustable support body 20 relative to the rotary shaft of swivel plate 64 gradient.Thus,
Make the rotary shaft of the swivel plate 64 of platform 60 consistent with the axis of supporter 20.
In addition, in the present embodiment, when supporter 20 is arranged on swivel plate 64, chassis 200 is relative to platform 60
The fore-and-aft direction and left and right directions of paper in fig.9 are positioned.Therefore, branch is inserted into the insertion section 70 of platform 60 compared to one side
The patchhole 26 of support body 20, while supporter 20, which is arranged on when on swivel plate 64, can not determine chassis 200 relative to platform 60
The situation of position, patchhole 26 are not easy to misplace with insertion section 70.
In addition, in present embodiment, in above-mentioned dismounting process, keeping body 101 keeps cut-off endless belt 300
Discarded part 333, and endless belt 300 is moved to the direction of principal axis of supporter 20.Therefore, annular is kept compared to keeping body 101
Situation with 300 product part 310,312 (part used), the product part 310,312 that can suppress endless belt 300 are attached
Take holding vestige.
In addition, in the present embodiment, in above-mentioned dismounting process, keeping body 101 rises to product part 310,312
Top (one of direction of principal axis) from the position that supporter 20 stretches out.Therefore, compared to be maintained at endless belt 300 be cut off
The situation of position, easily cut-off endless belt 300 is pulled down from supporter 20.
In addition, in the present embodiment, in above-mentioned dismounting process, keeping body 101 moves and by discarded part 333
Discard in container 40.It therefore, there is no need to the operation that operator discards discarded part 333 in container 40.
(variation)
In the present embodiment, each adjustment screw 25 of one as the contact site of adjustment mechanism is arranged at supporter 20
Plectane portion 21 on, but not limited to this.For example, extend as the contact site of adjustment mechanism or from swivel plate 64 and with
The contact site that plectane portion 21 contacts.
In addition, in the present embodiment, supporter 20 is set as cylindrical shape, but can also be cylindric.
In addition, in the present embodiment, the external diameter of 20 each species of supporter and the above-below direction (supporter of multiple grooves 23
20 direction of principal axis) interval it is different, but not limited to this.For example, the species as supporter 20, external diameter is different, but multiple grooves 23
The interval of above-below direction (direction of principal axis of supporter 20) can also be identical.That is, supporter 20 can also be the ring of each species
The off-position of shape band 300 is identical on the direction of principal axis of supporter 20, and in the radially different structures of supporter 20.
In addition, it is that blade 81 is changed by control unit 18 based on the differentiation result of judegment part 14 in the present embodiment
The structure of off-position, but not limited to this.For example, it is also possible to pass through the operation of operator, the off-position of change blade 81.
In addition, in the present embodiment, shut-off mechanism 80 has multiple cutters 82, but can also use single cutter
82 are formed.
The invention is not restricted to above-mentioned embodiment, and various modifications can be carried out in scope without departing from the spirit, are become
More, improve.For example, variation as described above can also be combined as multiple and form.
In order to be illustrated and be illustrated, the exemplary embodiment of the present invention is described the above.Its purpose does not exist
In extensive describe the present invention or limit the invention to disclosed concrete form.It will be apparent that to the art
For technical staff, many modifications and deformation can be made.The selection and description of the present embodiment, its object is to optimal side
Formula explains the principle and its practical application of the present invention, so that other those of skill in the art of the art are it will be appreciated that originally
The various embodiments of invention, and make the various modifications of suitable special-purpose.The scope of the present invention together with this specification by carrying
Claims and its equivalent of friendship limit.
Claims (13)
1. a kind of shearing device, it is characterised in that possess：
Cylindric or columned supporter, it is supported to endless belt on the inside of the endless belt；
Platform, the supporter is removably provided with thereon, and the supporter is rotated around the axle of the supporter；
Blade, it cuts off the off-position of the endless belt and can changed in the direction intersected with the axle；And
Adjustment mechanism, what it can extend from the base portion of the supporter and a side of described and be contacted with the opposing party by changing
At least one length of the contact site of more than three adjusts the supporter relative to the gradient of described.
2. a kind of shearing device, it is characterised in that possess：
Cylindric or columned supporter, it is supported to endless belt on the inside of the endless belt；
Platform, the supporter is removably provided with thereon, and the supporter is rotated around the axle of the supporter；And
Blade, it cuts off the off-position of the endless belt and can changed in the direction intersected with the axle,
Cut-off endless belt direction of principal axis a part from the position that the supporter stretches out, possessing makes the endless belt edge
The travel mechanism that the direction of principal axis of the supporter moves to the opposite side of described.
3. shearing device according to claim 1 or 2, it is characterised in that
The off-position that the blade cuts off the endless belt can change in the direction of principal axis of the supporter.
4. shearing device according to claim 1 or 2, it is characterised in that possess：
Judegment part, it differentiates the species of the supporter；And
Change mechanism, it makes the blade be moved to the direction intersected with the axle, and the differentiation result based on the judegment part
Change the off-position of the blade.
5. shearing device according to claim 3, it is characterised in that possess：
Judegment part, it differentiates the species of the supporter；And
Change mechanism, it makes the blade be moved to the direction intersected with the axle, and the differentiation result based on the judegment part
Change the off-position of the blade.
6. shearing device according to claim 5, it is characterised in that
The change mechanism makes the blade be moved to the direction of principal axis, and described in the change of the differentiation result based on the judegment part
The off-position of blade.
7. shearing device according to claim 4, it is characterised in that
In the base portion of the supporter, identifier is configured with along the circumferential direction of the supporter,
The judegment part has：
Test section, it detects the identifier of the supporter of rotation；And
Judging part, it judges the species of the supporter according to the quantity of the identifier detected by the test section.
8. shearing device according to claim 5, it is characterised in that
In the base portion of the supporter, identifier is configured with along the circumferential direction of the supporter,
The judegment part has：
Test section, it detects the identifier of the supporter of rotation；And
Judging part, it judges the species of the supporter according to the quantity of the identifier detected by the test section.
9. shearing device according to claim 6, it is characterised in that
In the base portion of the supporter, identifier is configured with along the circumferential direction of the supporter,
The judegment part has：
Test section, it detects the identifier of the supporter of rotation；
Judging part, it judges the species of the supporter according to the quantity of the identifier detected by the test section.
10. shearing device according to claim 2, it is characterised in that
The travel mechanism keeps the discarded part to go out of use of described side on the direction of principal axis of the endless belt, and makes described
Annular Tape movement.
11. shearing device according to claim 10, it is characterised in that
The travel mechanism makes the direction of principal axis of the discarded part along the supporter be moved to the opposite side of described
And the discarded part is discarded.
12. a kind of cutting system, it is characterised in that have：
Shearing device any one of claim 1~11；And
It can be positioned relative to the shearing device and convey the chassis of the supporter.
A kind of 13. manufacture method of endless belt, it is characterised in that including：
Prepare the process of the shearing device any one of claim 1~11；
Make the process of endless belt described in the support body supports；And
The process for being cut off the endless belt of the support body supports with the blade.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015037003A JP6515585B2 (en) | 2015-02-26 | 2015-02-26 | Cutting device, cutting system, manufacturing method of endless belt |
| JP2015-037003 | 2015-02-26 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105922309A CN105922309A (en) | 2016-09-07 |
| CN105922309B true CN105922309B (en) | 2017-12-12 |
Family
ID=56839941
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510477788.XA Active CN105922309B (en) | 2015-02-26 | 2015-08-06 | Shearing device, cutting system, the manufacture method of endless belt |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6515585B2 (en) |
| CN (1) | CN105922309B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110774322A (en) * | 2019-11-08 | 2020-02-11 | 南通德亿新材料有限公司 | Quick stripping off device of thermoplastic polyurethane elastomer |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1735489A (en) * | 2002-11-22 | 2006-02-15 | 三星钻石工业股份有限公司 | Substrate-cutting system, substrate-producing apparatus, substrate-scribing method, and substrate-cutting method |
| JP4563968B2 (en) * | 2006-06-07 | 2010-10-20 | 昭和電線デバイステクノロジー株式会社 | Belt cutting method |
| CN102554960A (en) * | 2010-12-17 | 2012-07-11 | 平田机工株式会社 | Cutting apparatus |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3524583A1 (en) * | 1985-07-09 | 1987-01-15 | Bando Chemical Ind | CUTTING DEVICE, IN PARTICULAR USE IN THE PRODUCTION OF DRIVE BELTS |
| JP2001150385A (en) * | 1999-11-25 | 2001-06-05 | Suzuka Fuji Xerox Co Ltd | Tubular member cutting device |
| JP2002355789A (en) * | 2001-05-30 | 2002-12-10 | Nitto Denko Corp | Endless belt cutting device, endless belt cutting method and endless belt |
| JP4826178B2 (en) * | 2005-09-06 | 2011-11-30 | 富士ゼロックス株式会社 | Cutting apparatus and cutting method |
| JP2008036725A (en) * | 2006-08-01 | 2008-02-21 | Shin Etsu Polymer Co Ltd | Endless belt and endless belt substrate cutting device |
-
2015
- 2015-02-26 JP JP2015037003A patent/JP6515585B2/en active Active
- 2015-08-06 CN CN201510477788.XA patent/CN105922309B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1735489A (en) * | 2002-11-22 | 2006-02-15 | 三星钻石工业股份有限公司 | Substrate-cutting system, substrate-producing apparatus, substrate-scribing method, and substrate-cutting method |
| JP4563968B2 (en) * | 2006-06-07 | 2010-10-20 | 昭和電線デバイステクノロジー株式会社 | Belt cutting method |
| CN102554960A (en) * | 2010-12-17 | 2012-07-11 | 平田机工株式会社 | Cutting apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2016159365A (en) | 2016-09-05 |
| CN105922309A (en) | 2016-09-07 |
| JP6515585B2 (en) | 2019-05-22 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US9468998B2 (en) | Rubber band machine | |
| CN101774102B (en) | Rotary welding device | |
| CN1934962B (en) | Apparatus and method for portioning food | |
| CN106553054B (en) | A kind of O-ring seal mounting device | |
| KR101687476B1 (en) | Wire supplying apparatus of manufacturing apparatus for fish hook | |
| CN203959270U (en) | A kind of link-type multi-point support conveying turning mechanism | |
| KR20200128736A (en) | Tire testing machine | |
| CN105922309B (en) | Shearing device, cutting system, the manufacture method of endless belt | |
| ITVI20110250A1 (en) | MACHINE LABELING, PARTICULARLY OF THE ROLLED POWERED TYPE. | |
| TWI699518B (en) | Tire testing machine | |
| EP2845937B1 (en) | Elastic ribbon machine | |
| JP2512466B2 (en) | Method and apparatus for feeding beads to a tire building drum | |
| CN108025379B (en) | The configuration device of axis body insert | |
| CN112040778B (en) | System for processing slaughter products and method for adjusting the mutual positioning of product carriers of such a system | |
| US4054069A (en) | Elbow-making machine | |
| US20080289772A1 (en) | Method and Apparatus For Mounting a Tire | |
| CN103086595A (en) | Separating machine for quartz glass tube | |
| KR20180005846A (en) | Apparatus for clamping guide ring | |
| CN107000350A (en) | For the technique and equipment of the tire for building wheel of vehicle | |
| CN106461494B (en) | Equipment for revolvably supporting workpiece, especially crankshaft | |
| CN107363132A (en) | A kind of semi-automatic bending device of steel pipe | |
| CN206913259U (en) | Cutter | |
| WO2014049986A1 (en) | Tire lubricator device | |
| JPH06147281A (en) | Belt device | |
| CN110293196A (en) | Wheel rim cold breakdown post forming equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: Tokyo, Japan Patentee after: Fuji film business innovation Co.,Ltd. Address before: Tokyo, Japan Patentee before: Fuji Xerox Co.,Ltd. |