CN209055934U - The efficient cd-rom recorder of planer-type - Google Patents
The efficient cd-rom recorder of planer-type Download PDFInfo
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- CN209055934U CN209055934U CN201822044968.0U CN201822044968U CN209055934U CN 209055934 U CN209055934 U CN 209055934U CN 201822044968 U CN201822044968 U CN 201822044968U CN 209055934 U CN209055934 U CN 209055934U
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Abstract
The utility model discloses a kind of efficient cd-rom recorder of planer-type, including substrate, X-axis driving mechanism, Y-axis driving mechanism, adsorption mechanism and burning mechanism, it further include the I/O device for being mounted on substrate side, this I/O device is by pedestal, the mark mechanism that is installed on the feeding mechanism of pedestal leading portion and is installed on pedestal back segment connecting plate forms.The utility model passes through the cooperation of I/O device and substrate, X-axis driving mechanism, Y-axis driving mechanism, adsorption mechanism and burning mechanism, completes automation charging, burning and the discharging of chip, improves burning efficiency.
Description
Technical field
The utility model relates to burning chip technical field more particularly to the efficient cd-rom recorders of planer-type.
Background technique
Chip is electronic component more commonly used in current electronics industry, there is multiple production processes.Burning is manufacture core
One of process in piece manufacture, when using automatic recording machine burning/recording chip, need will the chip disk with chip one by one
Be sent into CD writers, and open after burning CD writers taking-up again, place into new chip disk, inconvenient, efficiency compared with
It is low.
Utility model content
The purpose of the utility model is to provide a kind of efficient cd-rom recorder of planer-type, the efficient cd-rom recorder of the planer-type passes through I/O
The automation of chip is completed in the cooperation of device and substrate, X-axis driving mechanism, Y-axis driving mechanism, adsorption mechanism and burning mechanism
Charging, burning and discharging improve burning efficiency.
In order to achieve the above objectives, the technical solution adopted in the utility model is: a kind of efficient cd-rom recorder of planer-type, including base
Plate, X-axis driving mechanism, Y-axis driving mechanism, adsorption mechanism and burning mechanism, the Y-axis driving mechanism are set to table on substrate
Face, the X-axis driving mechanism pass through several XY link blocks and Y-axis driving mechanism installation connection and can be reciprocal in the Y-axis direction
Movement, the adsorption mechanism are movably installed in X-axis driving mechanism by XZ link block and can be moved back and forth along the x axis,
The burning mechanism is installed on substrate and is located at below adsorption mechanism；
The adsorption mechanism further comprises mounting plate, several first motor and several suction fixed with the installation of XZ link block
Bar, several first motors are respectively arranged on a motor fixing plate, this motor fixing plate is installed in mounting plate rear surface
Portion, the output shaft of the first motor is each passed through motor fixing plate and the output shaft end of first motor is separately installed with first
Driving wheel, this first driving wheel lower section is separately installed with one first driven wheel, between first driving wheel and the first driven wheel
It is connected with the first belt, several soup sticks pass through a corner mounting plate respectively and the installation of the first belt is fixed；
The burning mechanism further comprises support plate, lower plate, several pressing plates, several socket burnt-in seats and several and pressing plate pair
The cylinder answered, the support plate are installed on substrate, and the lower plate is located at below substrate, between the support plate and lower plate
It is located above socket burnt-in seat by least 2 support column connections, the pressing plate；
The cylinder is set to lower plate upper surface, and a movable plate is connected separately on the piston rod of the cylinder, this work
Four corners of movable plate are respectively arranged with a pull rod, are provided with several bearing blocks, the pull rod upper end below the support plate
It is each passed through bearing block and support plate and is fixedly connected with the pressing plate；
Further include the I/O device for being mounted on substrate side, this I/O device by pedestal, be installed on the charger of pedestal leading portion
Structure and the mark mechanism being installed on pedestal back segment connecting plate form；The feeding mechanism includes the charging driven by charging motor
Driving wheel, charging driven wheel and the feeding belt for being connected to charging driving wheel and charging driven wheel；The feeding mechanism further wraps
Include two windrow components, the first blanking plate and the second blanking plate between the windrow component of two sides positioned at two sides of base, institute
Stating windrow component includes being located at two the first guide plates above feeding belt and the position-stopping plate between two the first guide plates,
The first guide groove of the quadrangle insertion for chip disk is had on four first guide plates, the chip disk side wall is provided with
For the card slot of position-stopping plate insertion, fixing seat is installed in base bottom surface, one first blanking cylinder and one second blanking cylinder connect
It connects in fixing seat, and first blanking plate and the second blanking plate are connected respectively to the first blanking by respective connecting rod respectively
On cylinder and the second blanking cylinder；
The mark mechanism includes X-axis component, Y-axis component, Z axis component and the mark pen being installed on Z axis component, this X
Shaft assembly is movably installed on connecting plate by sliding block, this Y-axis component is connected on X-axis component by riser, this Z axis component is logical
It crosses side plate to be movably installed on Y-axis component, the Z axis component has the mark cylinder of driving mark pen.
Further improved scheme is as follows in above-mentioned technical proposal:
1. in above scheme, the charging driving wheel, charging driven wheel and feeding belt are set as two groups, and install respectively
In two sides of base, the two charging driving wheels are connected to a charging motor.
2. in above scheme, the two charging driving wheels are connected to the both ends of the first rotating bar, same in this first rotating bar
Axis connection has the first driven gear, and the output shaft of the charging motor is equipped with the first driving gear, this first driving gear and
The first tooth band is connected between first driven gear.
3. in above scheme, the charging driven wheel is set as multiple.
4. in above scheme, the pedestal positioned at the feeding belt front end is equipped with the support plate driven by support cylinder.
5. in above scheme, the X-axis component includes by the motor-driven X-axis driving wheel of X-axis, X driven wheel and being connected to
X-axis conveyer belt on X-axis driving wheel and X-axis driven wheel, the sliding block are installed on X-axis conveyer belt.
6. in above scheme, the sliding block is movably arranged in the X-axis guide rail on connecting plate.
In 7 above schemes, the X-axis guide rail and sliding block are disposed as two, and are equipped with bottom on two sliding blocks
Plate, this bottom plate are installed on X-axis conveyer belt.
Due to the application of the above technical scheme, the utility model has the advantage that compared with prior art
1, the efficient cd-rom recorder of the utility model planer-type, realize chip feeding during burning chip, burning, under
The full process automatization of material operates, and precision is high, is recycled operation, improves the precision, efficiency and automation journey of burning chip
Degree；Secondly, its described adsorption mechanism further comprises the mounting plate fixed with the installation of XZ link block, several first motors and several
Soup stick, several first motors are respectively arranged on a motor fixing plate, this motor fixing plate is installed on mounting plate rear surface
Top, the output shaft of the first motor is each passed through motor fixing plate and the output shaft end of first motor is separately installed with
One driving wheel, is separately installed with one first driven wheel below this first driving wheel, first driving wheel and the first driven wheel it
Between be connected with the first belt, several soup sticks pass through a corner mounting plate respectively and the installation of the first belt is fixed, using motor
Drive soup stick, driving of the substitution cylinder to soup stick, can be driven first to avoid cylinder in cause because strength is excessive bullet fly or
The case where damaging chip, and motor driven can stop in any position, precision is high, and can be in soup stick end close to socket burnt-in seat
When reduction of speed is carried out to motor, guarantee the stability that picks and places to chip, can be to each in addition, one soup stick of a motor driven
The position of a soup stick is accurately adjusted, and guarantees the accuracy of soup stick institute's absorption chip position；
Again, by the setting of four the first guide plates and position-stopping plate, surrounding ribbon supply has the chip disk of chip to be processed folded
The space put, and using the first blanking plate and the second blanking plate of alternately jacking, cooperate the position-stopping plate of flexible setting one by one will
One single chip disk is placed on feeding belt, realizes the automation charging of chip disk to be processed, and auxiliary CD writers complete chip
Automate burning；Here, the first blanking plate is completed using the first blanking cylinder and the second blanking cylinder and the second blanking plate is different
The driving of step avoids when driving single blanking plate to be moved using same cylinder, the error that stopping positioning twice will appear
Problem, likewise, using relatively easy and accurate double cylinder driving methods instead of the list that can accurately control stop position
The driving method of a motor in turn avoids complex component required for motor control, simplifies structure, reduces cost, to work
Personnel only need to periodically add chip disk to be processed and take the chip disk of completion of processing, high degree of automation, burning away
It is high to record speed.
In addition, the mark mechanism of setting can one by one be marked the chip that burning finishes, to facilitate staff area
Not burning/recording chip and chip to be processed.
2, the efficient cd-rom recorder of the utility model planer-type, support plate can be supported on the chip pan bottom of feeding belt front end,
Stablize chip disk position, and avoid the component of CD writers when taking chip away, presses chip disk deformation and influence remaining chip
Position.
Detailed description of the invention
Attached drawing 1 is the overall structure diagram of the efficient cd-rom recorder of the utility model planer-type；
Attached drawing 2 is the structural schematic diagram of adsorption mechanism drive part；
Attached drawing 3 is the structural schematic diagram of adsorption mechanism；
Attached drawing 4 is the structural schematic diagram of the adsorption mechanism at another visual angle；
Attached drawing 5 is the structural schematic diagram of burning mechanism；
Attached drawing 6 is the structural schematic diagram of I/O device；
Attached drawing 7 is the overall structure diagram of base part；
Attached drawing 8 is the structural schematic diagram of chip disc portion；
Attached drawing 9 is the partial structural diagram of base bottom point；
Attached drawing 10 is the structural schematic diagram for marking mechanism.
In the figures above: 1a, substrate；2a, X-axis driving mechanism；3a, Y-axis driving mechanism；301a, XY link block；4a, suction
Expect mechanism；401a, XZ link block；402a, mounting plate；403a, first motor；404a, motor fixing plate；405a, the first driving
Wheel；406a, the first driven wheel；407a, the first belt；408a, corner mounting plate；41a, soup stick；5a, burning mechanism；501a, branch
Fagging；502 a, lower plate；503 a, pressing plate；504 a, socket burnt-in seat；505 a, cylinder；506 a, support column；507 a, pull rod；
508 a, bearing block；509 a, movable plate；1, pedestal；101, connecting plate；11, assistant cylinder；12, accessory plate；2, feeding mechanism；
201, charging motor；202, driving wheel is fed；203, driven wheel is fed；204, feeding belt；211, the first bull stick；212, first from
Moving gear；213, the first driving gear；214, the first tooth band；21, cylinder is supported；22, support plate；4, mechanism is marked；41, X-axis
Component；401, X-axis motor；402, X-axis driving wheel；403, X-axis driven wheel；404, X-axis conveyer belt；411, X-axis guide rail；412, sliding
Block；413, bottom plate；42, Y-axis component；427, riser；43, Z axis component；431, side plate；432, cylinder is marked；44, pen is marked；5,
Windrow component；51, the first guide plate；52, the first guide groove；53, stop bit cylinder；54, position-stopping plate；6, fixing seat；61, under first
Expect cylinder；62, the first blanking plate；63, the second blanking cylinder；64, the second blanking plate；65, connecting rod；10, chip disk；20, card slot；
30, I/O device.
Specific embodiment
Embodiment 1: a kind of efficient cd-rom recorder of planer-type, referring to attached drawing 1-10, including substrate 1a, X-axis driving mechanism 2a, Y
Axis driving mechanism 3a, adsorption mechanism 4a and burning mechanism 5a, the Y-axis driving mechanism 3a are set to the upper surface substrate 1a, the X
Axis driving mechanism 2a passes through several XY link block 301a and Y-axis driving mechanism 3a installation connection and can be reciprocal in the Y-axis direction
Movement, the adsorption mechanism 4a are movably installed on X-axis driving mechanism 2a by XZ link block 401a and can be past along the x axis
Multiple movement, the burning mechanism 5a are installed on substrate 1a and are located at below adsorption mechanism 4a；
The adsorption mechanism 4a further comprises the mounting plate 402a fixed with XZ link block 401a installation, several first electricity
Machine 403a and several soup stick 41a, several first motor 403a are respectively arranged on a motor fixing plate 404a, this motor is solid
Fixed board 404a is installed on mounting plate 402a rear surface top, and the output shaft of the first motor 403a is each passed through motor fixing plate
The output shaft end of 404a and first motor 403a are separately installed with the first driving wheel 405a, divide below this first driving wheel 405a
One first driven wheel 406a is not installed, is connected with the first belt between the first driving wheel 405a and the first driven wheel 406a
407a, several soup stick 41a pass through a corner mounting plate 408a and the first belt 407a installation respectively to be fixed；
The burning mechanism 5a further comprises support plate 501a, lower plate 502a, several pressing plate 503a, several socket burnt-in seats
504a and several cylinder 505as corresponding with pressing plate 503a, the support plate 501a are installed on substrate 1a, the lower plate
502a is located at below substrate 1a, passes through at least 2 support column 506a connections, institute between the support plate 501a and lower plate 502a
Pressing plate 503a is stated to be located above socket burnt-in seat 504a；
The cylinder 505a is set to the upper surface lower plate 502a, is connected separately with one on the piston rod of the cylinder 505a
Four corners of movable plate 509a, this movable plate 509a are respectively arranged with below pull rod a 507a, the support plate 501a and set
Be equipped with several bearing block 508a, the upper end the pull rod 507a be each passed through bearing block 508a and support plate 501a and with pressing plate 503a
It is fixedly connected；
Further include the I/O device 30 for being mounted on the side substrate 1a, this I/O device 30 by pedestal 1, be installed on 1 leading portion of pedestal
Feeding mechanism 2 and the mark mechanism 4 that is installed on 1 back segment connecting plate 101 of pedestal form；The feeding mechanism 2 include by into
The charging driving wheel 202 of the material driving of motor 201 feeds driven wheel 203 and is connected to charging driving wheel 202 and charging driven wheel
203 feeding belt 204；The feeding mechanism 2 further comprises positioned at two windrow components 5 of 1 two sides of pedestal, positioned at two sides heap
Expect that the first blanking plate 62 and the second blanking plate 64 between component 5, the windrow component 5 include positioned at 204 top of feeding belt
Two the first guide plates 51 and the position-stopping plate 54 between two the first guide plates 51, on four first guide plates 51 point
It is not provided with the first guide groove 52 of the quadrangle insertion for chip disk 10,10 side wall of chip disk is provided with for the insertion of position-stopping plate 54
Card slot 20 is equipped with fixing seat 6 in 1 bottom surface of pedestal, and one first blanking cylinder 61 and one second blanking cylinder 63 are both connected to solid
In reservation 6, and first blanking plate 62 and the second blanking plate 64 are connected respectively under first by respective connecting rod 65 respectively
Expect on cylinder 61 and the second blanking cylinder 63；
The mark mechanism 4 includes X-axis component 41, Y-axis component 42, Z axis component 43 and the mark being installed on Z axis component 43
Pen 44 is infused, this X-axis component 41 is movably installed on connecting plate 101 by sliding block 412, this Y-axis component 42 is connected by riser 427
On X-axis component 41, this Z axis component 43 is movably installed on Y-axis component 42 by side plate 431, and the Z axis component 43, which has, to be driven
The mark cylinder 432 of dynamic mark pen 44.
Above-mentioned charging driving wheel 202, charging driven wheel 203 and feeding belt 204 are set as two groups, and are separately mounted to pedestal
1 two sides, the two charging driving wheels 202 are connected to a charging motor 201；Two above-mentioned charging driving wheels 202 are connected to first
The both ends of rotating bar 211 are coaxially connected with the first driven gear 212 in this first rotating bar 211, the charging motor 201
Output shaft is equipped with the first driving gear 213, is connected with the first tooth between this first driving gear 213 and the first driven gear 212
Band 214；Above-mentioned charging driven wheel 203 is set as multiple.
Pedestal 1 positioned at above-mentioned 204 front end of feeding belt is equipped with the support plate 22 driven by support cylinder 21.
Above-mentioned X-axis component 41 includes the X-axis driving wheel 402 driven by X-axis motor 401, X-axis driven wheel 403 and is connected to X
X-axis conveyer belt 404 on axis driving wheel 402 and X-axis driven wheel 403, the sliding block 412 are installed on X-axis conveyer belt 404；On
It states in the X-axis guide rail 411 that sliding block 412 is movably arranged on connecting plate 101；Above-mentioned X-axis guide rail 411 and sliding block 412 are disposed as
Two, and bottom plate 413 is installed on two sliding blocks 412, this bottom plate 413 is installed on X-axis conveyer belt 404.
Embodiment 2: a kind of efficient cd-rom recorder of planer-type, referring to attached drawing 1-10, including substrate 1a, X-axis driving mechanism 2a, Y
Axis driving mechanism 3a, adsorption mechanism 4a and burning mechanism 5a, the Y-axis driving mechanism 3a are set to the upper surface substrate 1a, the X
Axis driving mechanism 2a passes through several XY link block 301a and Y-axis driving mechanism 3a installation connection and can be reciprocal in the Y-axis direction
Movement, the adsorption mechanism 4a are movably installed on X-axis driving mechanism 2a by XZ link block 401a and can be past along the x axis
Multiple movement, the burning mechanism 5a are installed on substrate 1a and are located at below adsorption mechanism 4a；
The adsorption mechanism 4a further comprises the mounting plate 402a fixed with XZ link block 401a installation, several first electricity
Machine 403a and several soup stick 41a, several first motor 403a are respectively arranged on a motor fixing plate 404a, this motor is solid
Fixed board 404a is installed on mounting plate 402a rear surface top, and the output shaft of the first motor 403a is each passed through motor fixing plate
The output shaft end of 404a and first motor 403a are separately installed with the first driving wheel 405a, divide below this first driving wheel 405a
One first driven wheel 406a is not installed, is connected with the first belt between the first driving wheel 405a and the first driven wheel 406a
407a, several soup stick 41a pass through a corner mounting plate 408a and the first belt 407a installation respectively to be fixed；
The burning mechanism 5a further comprises support plate 501a, lower plate 502a, several pressing plate 503a, several socket burnt-in seats
504a and several cylinder 505as corresponding with pressing plate 503a, the support plate 501a are installed on substrate 1a, the lower plate
502a is located at below substrate 1a, passes through at least 2 support column 506a connections, institute between the support plate 501a and lower plate 502a
Pressing plate 503a is stated to be located above socket burnt-in seat 504a；
The cylinder 505a is set to the upper surface lower plate 502a, is connected separately with one on the piston rod of the cylinder 505a
Four corners of movable plate 509a, this movable plate 509a are respectively arranged with below pull rod a 507a, the support plate 501a and set
Be equipped with several bearing block 508a, the upper end the pull rod 507a be each passed through bearing block 508a and support plate 501a and with pressing plate 503a
It is fixedly connected；
Further include the I/O device 30 for being mounted on the side substrate 1a, this I/O device 30 by pedestal 1, be installed on 1 leading portion of pedestal
Feeding mechanism 2 and the mark mechanism 4 that is installed on 1 back segment connecting plate 101 of pedestal form；The feeding mechanism 2 include by into
The charging driving wheel 202 of the material driving of motor 201 feeds driven wheel 203 and is connected to charging driving wheel 202 and charging driven wheel
203 feeding belt 204；The feeding mechanism 2 further comprises positioned at two windrow components 5 of 1 two sides of pedestal, positioned at two sides heap
Expect that the first blanking plate 62 and the second blanking plate 64 between component 5, the windrow component 5 include positioned at 204 top of feeding belt
Two the first guide plates 51 and the position-stopping plate 54 between two the first guide plates 51, on four first guide plates 51 point
It is not provided with the first guide groove 52 of the quadrangle insertion for chip disk 10,10 side wall of chip disk is provided with for the insertion of position-stopping plate 54
Card slot 20 is equipped with fixing seat 6 in 1 bottom surface of pedestal, and one first blanking cylinder 61 and one second blanking cylinder 63 are both connected to solid
In reservation 6, and first blanking plate 62 and the second blanking plate 64 are connected respectively under first by respective connecting rod 65 respectively
Expect on cylinder 61 and the second blanking cylinder 63；
The mark mechanism 4 includes X-axis component 41, Y-axis component 42, Z axis component 43 and the mark being installed on Z axis component 43
Pen 44 is infused, this X-axis component 41 is movably installed on connecting plate 101 by sliding block 412, this Y-axis component 42 is connected by riser 427
On X-axis component 41, this Z axis component 43 is movably installed on Y-axis component 42 by side plate 431, and the Z axis component 43, which has, to be driven
The mark cylinder 432 of dynamic mark pen 44.
Above-mentioned charging driving wheel 202, charging driven wheel 203 and feeding belt 204 are set as two groups, and are separately mounted to pedestal
1 two sides, the two charging driving wheels 202 are connected to a charging motor 201；Two above-mentioned charging driving wheels 202 are connected to first
The both ends of rotating bar 211 are coaxially connected with the first driven gear 212 in this first rotating bar 211, the charging motor 201
Output shaft is equipped with the first driving gear 213, is connected with the first tooth between this first driving gear 213 and the first driven gear 212
Band 214；Above-mentioned charging driven wheel 203 is set as multiple.
Above-mentioned X-axis component 41 includes the X-axis driving wheel 402 driven by X-axis motor 401, X-axis driven wheel 403 and is connected to X
X-axis conveyer belt 404 on axis driving wheel 402 and X-axis driven wheel 403, the sliding block 412 are installed on X-axis conveyer belt 404；On
It states in the X-axis guide rail 411 that sliding block 412 is movably arranged on connecting plate 101；Above-mentioned X-axis guide rail 411 and sliding block 412 are disposed as
Two, and bottom plate 413 is installed on two sliding blocks 412, this bottom plate 413 is installed on X-axis conveyer belt 404.
When cd-rom recorder efficient using above-mentioned planer-type, chip feeding during burning chip, burning, blanking are realized
Full process automatization operation, and precision is high, recyclable operation, improves the precision, efficiency and the degree of automation of burning chip；
Secondly, its described adsorption mechanism further comprises mounting plate, several first motor and several suction fixed with the installation of XZ link block
Bar, several first motors are respectively arranged on a motor fixing plate, this motor fixing plate is installed in mounting plate rear surface
Portion, the output shaft of the first motor is each passed through motor fixing plate and the output shaft end of first motor is separately installed with first
Driving wheel, this first driving wheel lower section is separately installed with one first driven wheel, between first driving wheel and the first driven wheel
It is connected with the first belt, several soup sticks pass through a corner mounting plate respectively and the installation of the first belt is fixed, and drive using motor
Dynamic soup stick, driving of the substitution cylinder to soup stick, can be driven first to avoid cylinder in cause bullet to fly or damage because strength is excessive
The case where bad chip, and motor driven can stop in any position, precision is high, and can be when soup stick end is close to socket burnt-in seat
Reduction of speed is carried out to motor, guarantees the stability picked and placed to chip, in addition, one soup stick of a motor driven, it can be to each
The position of soup stick is accurately adjusted, and guarantees the accuracy of soup stick institute's absorption chip position；
Again, by the setting of four the first guide plates and position-stopping plate, surrounding ribbon supply has the chip disk of chip to be processed folded
The space put, and using the first blanking plate and the second blanking plate of alternately jacking, cooperate the position-stopping plate of flexible setting one by one will
One single chip disk is placed on feeding belt, realizes the automation charging of chip disk to be processed, and auxiliary CD writers complete chip
Automate burning；Here, the first blanking plate is completed using the first blanking cylinder and the second blanking cylinder and the second blanking plate is different
The driving of step avoids when driving single blanking plate to be moved using same cylinder, the error that stopping positioning twice will appear
Problem, likewise, using relatively easy and accurate double cylinder driving methods instead of the list that can accurately control stop position
The driving method of a motor in turn avoids complex component required for motor control, simplifies structure, reduces cost, to work
Personnel only need to periodically add chip disk to be processed and take the chip disk of completion of processing, high degree of automation, burning away
It is high to record speed.
In addition, the mark mechanism of setting can one by one be marked the chip that burning finishes, to facilitate staff area
Not burning/recording chip and chip to be processed.
The above embodiments are only for explaining the technical ideas and features of the present invention, and its object is to allow be familiar with technique
Personage can understand the content of the utility model and implement accordingly, do not limit the protection scope of the present invention.
All equivalent change or modifications according to made by the spirit of the present invention essence, should all cover the protection scope of the utility model it
It is interior.
Claims (8)
1. a kind of efficient cd-rom recorder of planer-type, it is characterised in that: including substrate (1a), X-axis driving mechanism (2a), Y-axis driving machine
Structure (3a), adsorption mechanism (4a) and burning mechanism (5a), the Y-axis driving mechanism (3a) are set to the upper surface substrate (1a), institute
State X-axis driving mechanism (2a) pass through several XY link blocks (301a) and Y-axis driving mechanism (3a) installation connection and can be in Y-axis side
It moves back and forth upwards, the adsorption mechanism (4a) is movably installed on X-axis driving mechanism (2a) simultaneously by XZ link block (401a)
It can move back and forth along the x axis, the burning mechanism (5a) is installed on substrate (1a) and is located at below adsorption mechanism (4a)；
The adsorption mechanism (4a) further comprises the mounting plate (402a) fixed with XZ link block (401a) installation, several first
Motor (403a) and several soup sticks (41a), several first motors (403a) are respectively arranged in a motor fixing plate (404a)
On, this motor fixing plate (404a) is installed on mounting plate (402a) rear surface top, the output shaft of the first motor (403a)
The output shaft end for being each passed through motor fixing plate (404a) and first motor (403a) is separately installed with the first driving wheel
(405a), this first driving wheel (405a) lower section are separately installed with one first driven wheel (406a), first driving wheel
It is connected between (405a) and the first driven wheel (406a) the first belt (407a), several soup sticks (41a) pass through one respectively
Corner mounting plate (408a) and the first belt (407a) installation are fixed；
The burning mechanism (5a) further comprise support plate (501a), lower plate (502a), several pressing plates (503a) if, dry combustion method
Record seat (504a) and several cylinders (505a) corresponding with pressing plate (503a), the support plate (501a) are installed on substrate (1a)
On, the lower plate (502a) is located at below substrate (1a), by extremely between the support plate (501a) and lower plate (502a)
Few 2 support columns (506a) connection, the pressing plate (503a) are located above socket burnt-in seat (504a)；
The cylinder (505a) is set to the upper surface lower plate (502a), is connected separately on the piston rod of the cylinder (505a)
Four corners of one movable plate (509a), this movable plate (509a) are respectively arranged with a pull rod (507a), the support plate
It is provided with several bearing blocks (508a) below (501a), pull rod (507a) upper end is each passed through bearing block (508a) and support
Plate (501a) is simultaneously fixedly connected with pressing plate (503a)；
Further include the I/O device (30) for being mounted on the side substrate (1a), this I/O device (30) by pedestal (1), be installed on pedestal
(1) feeding mechanism (2) of leading portion and the mark mechanism (4) being installed on pedestal (1) back segment connecting plate (101) composition；It is described into
Material mechanism (2) includes by the charging driving wheel (202) of charging motor (201) driving, charging driven wheel (203) and being connected to charging
Driving wheel (202) and the feeding belt (204) for feeding driven wheel (203)；The feeding mechanism (2) further comprises being located at pedestal
(1) two windrow components (5) of two sides, the first blanking plate (62) and the second blanking plate between two sides windrow component (5)
(64), the windrow component (5) includes two the first guide plates (51) above feeding belt (204) and is located at two first
Position-stopping plate (54) between guide plate (51) has the quadrangle for chip disk (10) on four first guide plates (51)
The first guide groove (52) of insertion, chip disk (10) side wall is provided with the card slot (20) for position-stopping plate (54) insertion, in pedestal
(1) bottom surface is equipped with fixing seat (6), and one first blanking cylinder (61) and one second blanking cylinder (63) are both connected to fixing seat
(6) on, and first blanking plate (62) and the second blanking plate (64) are connected respectively to the by respective connecting rod (65) respectively
On one blanking cylinder (61) and the second blanking cylinder (63)；
The mark mechanism (4) includes X-axis component (41), Y-axis component (42), Z axis component (43) and is installed on Z axis component (43)
On mark pen (44), this X-axis component (41) is movably installed on connecting plate (101) by sliding block (412), this Y-axis component
(42) it is connected on X-axis component (41) by riser (427), this Z axis component (43) is movably installed in Y-axis by side plate (431)
On component (42), the Z axis component (43) has the mark cylinder (432) of driving mark pen (44).
2. the efficient cd-rom recorder of planer-type according to claim 1, it is characterised in that: the charging driving wheel (202), charging
Driven wheel (203) and feeding belt (204) are set as two groups, and are separately mounted to pedestal (1) two sides, the two charging driving wheels
(202) it is connected to a charging motor (201).
3. the efficient cd-rom recorder of planer-type according to claim 2, it is characterised in that: the two charging driving wheels (202) are even
The both ends in the first rotating bar (211) are connect, are coaxially connected with the first driven gear (212) in this first rotating bar (211), it is described
The output shaft of charging motor (201) is equipped with the first driving gear (213), this first driving gear (213) and the first driven tooth
The first tooth band (214) is connected between wheel (212).
4. the efficient cd-rom recorder of planer-type according to claim 3, it is characterised in that: charging driven wheel (203) setting
It is multiple.
5. the efficient cd-rom recorder of planer-type according to claim 1, it is characterised in that: be located at the feeding belt (204) front end
Pedestal (1) be equipped with the support plate (22) that is driven by support cylinder (21).
6. the efficient cd-rom recorder of planer-type according to claim 1, it is characterised in that: the X-axis component (41) includes by X-axis
The X-axis driving wheel (402) of motor (401) driving and is connected to X-axis driving wheel (402) and X-axis driven wheel at X-axis driven wheel (403)
(403) the X-axis conveyer belt (404) on, the sliding block (412) are installed on X-axis conveyer belt (404).
7. the efficient cd-rom recorder of planer-type according to claim 6, it is characterised in that: the sliding block (412) is movably arranged on
In X-axis guide rail (411) on connecting plate (101).
8. the efficient cd-rom recorder of planer-type according to claim 7, it is characterised in that: the X-axis guide rail (411) and sliding block
(412) two are disposed as, and bottom plate (413) are installed on two sliding blocks (412), this bottom plate (413) is installed on X-axis biography
It send on band (404).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822044968.0U CN209055934U (en) | 2018-12-06 | 2018-12-06 | The efficient cd-rom recorder of planer-type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822044968.0U CN209055934U (en) | 2018-12-06 | 2018-12-06 | The efficient cd-rom recorder of planer-type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209055934U true CN209055934U (en) | 2019-07-02 |
Family
ID=67054791
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822044968.0U Active CN209055934U (en) | 2018-12-06 | 2018-12-06 | The efficient cd-rom recorder of planer-type |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209055934U (en) |
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2018
- 2018-12-06 CN CN201822044968.0U patent/CN209055934U/en active Active
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