CN205060892U - Stoving transport mechanism of chip mounting machine - Google Patents
Stoving transport mechanism of chip mounting machine Download PDFInfo
- Publication number
- CN205060892U CN205060892U CN201520783963.3U CN201520783963U CN205060892U CN 205060892 U CN205060892 U CN 205060892U CN 201520783963 U CN201520783963 U CN 201520783963U CN 205060892 U CN205060892 U CN 205060892U
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- transposition
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- adapter plate
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Abstract
The utility model discloses a stoving transport mechanism of chip mounting machine, this stoving transport mechanism of chip mounting machine include chip transposition device, chip conveying drying device and chip station mobile device, the chip transposition manipulator of chip transposition device is located chip conveying drying device's top, and chip conveying drying device front side is equipped with chip station mobile device, chip transposition device still includes Y motion unit and X motion unit, the synchronous tooth belt of Y motion unit presss from both sides the horizontal mounting panel fixed connection with X motion unit, the transposition mounting panel fixed connection of X motion unit horizontal metalwork and chip transposition manipulator tooth belt the for. In this way, the utility model discloses can replace the workman to the chip replace, drying process, practice thrift the labour, reduction in production cost has avoided the wasting of resources.
Description
Technical field
The utility model relates to field of machinery automation, particularly relates to the oven dry connecting gear of a kind of chipset installation.
Background technology
Along with the development of semiconductor technology, the chip that more and more can realize difference in functionality is used to the such as electronic goods such as mobile phone and computer, make the life of people more and more convenient, except the people's livelihood, outside Military Electronics industry, energy aspect such as solar energy industry and Lighting Industry all have sizable association with quartz conductor, the chip that semiconductor technology is produced can be used in above-mentioned field widely, the qualification rate of chip directly determines the quality of end product, chip can be subject to different External Force Actings in an assembling process, easily make the die stress place of concentrating produce slight crack and even cause chip rupture, in view of this, be necessary that the oven dry connecting gear to existing chipset is installed is improved.
Utility model content
The technical matters that the utility model mainly solves is to provide the oven dry connecting gear of a kind of chipset installation, can substitute that workman replaces to chip, drying and processing, saves labour power, reduces productive costs, avoids the wasting of resources.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: provide the oven dry connecting gear that a kind of chipset is installed, the oven dry connecting gear of this chipset installation comprises chip transposer, chip transmits drying unit and chip device for moving station, the chip transposition mechanical arm of described chip transposer is positioned at the top that chip transmits drying unit, chip transmits on front side of drying unit and is provided with chip device for moving station, described chip transposer also comprises Y moving cell and X moving cell, the synchronizing jugged strap clamp of described Y moving cell is fixedly connected with the horizontal adapter plate of X moving cell, the horizontal cog belt metal piece of X moving cell is fixedly connected with the transposition adapter plate of chip transposition mechanical arm, described Y moving cell also comprises stay bearing plate, servomotor, zigzag tread patterns is taken turns, synchronous cog belt, synchronizing wheel, synchronizing wheel contiguous block, longitudinal slide rail, longitudinal sliding block, longitudinal induction iron and longitudinal sensor, described stay bearing plate side is provided with servomotor, the motor shaft of servomotor is provided with zigzag tread patterns wheel, the upper cover of zigzag tread patterns wheel has synchronous cog belt, synchronous cog belt is fixed with synchronizing jugged strap clamp, synchronous cog belt is connected to synchronizing wheel, synchronizing wheel is fixed on stay bearing plate side by synchronizing wheel contiguous block, stay bearing plate upper edge is provided with longitudinal slide rail, horizontal adapter plate lower plane is fixed with two longitudinal sliding blocks, longitudinal slide rail coordinates with longitudinal sliding block, horizontal adapter plate side is along being provided with longitudinal induction iron, longitudinal induction iron points to below, longitudinal sensor is provided with below longitudinal induction iron, longitudinal sensor is installed on stay bearing plate side,
Preferably, described X moving cell also comprises cross motor, cross motor support, horizontal drive wheel, synchronous cross cog belt, synchronous cross is taken turns, synchronous cross wheel support, horizontal slide rail and transverse slider, described cross motor is fixed on horizontal adapter plate by cross motor support, the motor shaft of cross motor is provided with horizontal drive wheel, on horizontal drive wheel, cover has synchronous cross cog belt, synchronous cross cog belt is connected to synchronous cross wheel, synchronous cross wheel is fixed on horizontal adapter plate by synchronous cross wheel support, the two ends of synchronous cross cog belt are connected to horizontal cog belt metal piece, on horizontal adapter plate, Plane Installation has horizontal slide rail, horizontal slide rail coordinates with two transverse sliders, transverse slider is all fixed on transposition adapter plate lower plane,
Preferably, described chip transposition mechanical arm also comprises transposition motor, motor mounting flange, transposition drive wheel, transposition cog belt, transposition synchronous pulley, transposition support, transposition band metal piece and transposition lifting machinery hand, described transposition adapter plate side is along being connected to motor mounting flange side, motor mounting flange is provided with transposition motor, the motor shaft of transposition motor is provided with transposition drive wheel, on transposition drive wheel, cover has transposition cog belt, transposition cog belt is connected to transposition synchronous pulley, transposition synchronous pulley is fixed on the transposition lifter plate of transposition lifting machinery hand by transposition support, the two ends of transposition cog belt are connected to transposition band metal piece, transposition band metal piece is fixedly connected with the transposition slide block adapter plate of transposition lifting machinery hand,
Preferably, described transposition lifting machinery hand also comprises transposition slide block, transposition slide rail, transposition induction iron, transposition sensor, transposition sensor mounting blocks, transposition contiguous block, transposition sucker and transposition sucker adapter plate, described transposition slide block adapter plate trailing flank is provided with transposition slide block, transposition lifter plate side is fixed with transposition slide rail, transposition slide block coordinates with transposition slide rail, transposition slide block adapter plate upper edge is provided with transposition induction iron, transposition sensor is provided with above transposition induction iron, transposition sensor is fixed on transposition sensor mounting blocks, transposition sensor mounting blocks is fixed on transposition lifter plate side edge, transposition slide block adapter plate leading flank is provided with transposition contiguous block, transposition contiguous block lower plane is connected to transposition sucker adapter plate, transposition sucker adapter plate is provided with transposition sucker,
Preferably, described chip transmits drying unit and comprises chip transfer apparatus and chip drying unit, the feed belt of described chip transfer apparatus is set in the support bracket fastened upper plate of chip drying unit, described chip transfer apparatus also comprises flat-belt pulley, transmit adapter shaft, transmission bearing, bearing support, support backing plate, coupler, transmit motor, transmit motor mounting plate, synchro and transmission component, described feed belt two ends are set on flat-belt pulley, flat-belt pulley is installed on and transmits on adapter shaft, transmit adapter shaft two ends and transmission bearing is installed, transmission bearing is plugged in bearing support, bearing support is fixed on and supports plane on backing plate, left side is transmitted adapter shaft and is connected to the motor shaft transmitting motor by coupler, transmitting motor is installed on transmission motor mounting plate, transmit motor mounting plate and be connected to support backing plate by connecting panel, on Right side support backing plate, plane is fixed with two synchros, synchro is positioned at the below of feed belt, feed belt lower plane two ends are provided with transmission component, the driving drum of transmission component is close to feed belt, described transmission component also comprises transmission shaft, drive bush and drive axle support, described transmission shaft is plugged in driving drum, transmission shaft two ends cover has drive bush, drive bush is plugged in drive axle support, drive axle support is fixed on and supports on backing plate,
Preferably, described chip drying unit also comprises guard shield, temperature booster, temperature booster adapter plate, heating sheet-pile, heating plate, temperature booster adapter plate, cleading, thermocouple and thermocouple seat, described fixed support is installed in guard shield, support bracket fastened upper plate is fixedly connected with post with lower plate by the six roots of sensation and is connected, two pieces of temperature boosters are fixed on temperature booster adapter plate lower plane, temperature booster adapter plate lower plane is provided with six roots of sensation heating sheet-pile, heating sheet-pile is all fixed on heating plate, heating sheet-pile four side and top are equipped with temperature booster adapter plate, temperature booster adapter plate lateral surface is equipped with temperature booster adapter plate, cleading is provided with between temperature booster adapter plate and temperature booster adapter plate, heating plate lower end is provided with two thermocouples, thermocouple is all through temperature booster adapter plate and temperature booster adapter plate, the installation of TC is on thermocouple seat, thermocouple seat is fixed on support bracket fastened lower plate,
Preferably, described chip device for moving station comprises chip push-and-pull cylinder, chip push-and-pull air cylinder support, bearing backing plate, the servo-actuated bearing of chip and " ┗ " oblique crank Z and holds adapter plate, described chip push-and-pull air cylinder support upper flat plate is provided with chip push-and-pull cylinder, the piston rod flanged plate of chip push-and-pull cylinder is connected to bearing backing plate, on bearing backing plate, plane is connected to " ┗ " oblique crank Z and holds adapter plate lower plane, and " ┗ " oblique crank Z holds adapter plate upper edge and is fitted with the servo-actuated bearing of chip.
The beneficial effects of the utility model are: the oven dry connecting gear of a kind of chipset of the utility model installation, can substitute that workman replaces to chip, drying and processing, save labour power, reduce productive costs, avoid the wasting of resources.
Accompanying drawing explanation
Fig. 1 is the structural representation of the oven dry connecting gear of the utility model chipset installation;
Fig. 2 is the chip transposer structural representation of the oven dry connecting gear of the utility model chipset installation;
Fig. 3 is the chip transposer close-up schematic view of the oven dry connecting gear of the utility model chipset installation;
Fig. 4 is the chip transposition mechanical arm structural representation of the oven dry connecting gear of the utility model chipset installation;
Fig. 5 is that the chip of the oven dry connecting gear of the utility model chipset installation transmits drying unit part-structure schematic diagram;
Fig. 6 is the structural representation of the chip transfer apparatus of the oven dry connecting gear of the utility model chipset installation;
Fig. 7 is the structural representation of the chip device for moving station of the oven dry connecting gear of the utility model chipset installation.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model preferred embodiment is described in detail, to make the advantage of utility model and feature can be easier to be readily appreciated by one skilled in the art, thus more explicit defining is made to protection domain of the present utility model.
Refer to Fig. 1 to Fig. 7, the utility model embodiment comprises:
A kind of oven dry connecting gear of chipset installation, the oven dry connecting gear of this chipset installation comprises chip transposer 81, chip transmits drying unit 82 and chip device for moving station 83, the chip transposition mechanical arm 813 of described chip transposer 81 is positioned at the top that chip transmits drying unit 82, chip transmits on front side of drying unit 82 and is provided with chip device for moving station 83, described chip transposer 81 also comprises Y moving cell 811 and X moving cell 812, the synchronizing jugged strap clamp 8115 of described Y moving cell 811 is fixedly connected with the horizontal adapter plate 8121 of X moving cell 812, the horizontal cog belt metal piece 8128 of X moving cell 812 is fixedly connected with the transposition adapter plate 8131 of chip transposition mechanical arm 813, described Y moving cell 811 also comprises stay bearing plate 8111, servomotor 8112, zigzag tread patterns wheel 8113, synchronous cog belt 8114, synchronizing wheel 8116, synchronizing wheel contiguous block 8117, longitudinal slide rail 8118, longitudinal sliding block 8119, longitudinal induction iron 81110 and longitudinal sensor 81111, described stay bearing plate 8111 side is provided with servomotor 8112, the motor shaft of servomotor 8112 is provided with zigzag tread patterns wheel 8113, on zigzag tread patterns wheel 8113, cover has synchronous cog belt 8114, synchronous cog belt 8114 is fixed with synchronizing jugged strap clamp 8115, synchronous cog belt 8114 is connected to synchronizing wheel 8116, synchronizing wheel 8116 is fixed on stay bearing plate 8111 side by synchronizing wheel contiguous block 8117, stay bearing plate 8111 upper edge is provided with longitudinal slide rail 8118, horizontal adapter plate 8121 lower plane is fixed with two longitudinal sliding blocks 8119, longitudinal slide rail 8118 coordinates with two longitudinal sliding blocks 8119, horizontal adapter plate 8121 side is along being provided with longitudinal induction iron 81110, longitudinal induction iron 81110 points to below, longitudinal sensor 81111 is provided with below longitudinal induction iron 81110, longitudinal sensor 81111 is installed on stay bearing plate 8111 side,
Described X moving cell 812 also comprises cross motor 8122, cross motor support 8123, horizontal drive wheel 8124, synchronous cross cog belt 8125, synchronous cross wheel 8126, synchronous cross wheel support 8127, horizontal slide rail 8129 and transverse slider 81210, described cross motor 8122 is fixed on horizontal adapter plate 8121 by cross motor support 8123, the motor shaft of cross motor 8122 is provided with horizontal drive wheel 8124, on horizontal drive wheel 8124, cover has synchronous cross cog belt 8125, synchronous cross cog belt 8125 is connected to synchronous cross wheel 8126, synchronous cross wheel 8126 is fixed on horizontal adapter plate 8121 by synchronous cross wheel support 8127, the two ends of synchronous cross cog belt 8125 are connected to horizontal cog belt metal piece 8128, on horizontal adapter plate 8121, Plane Installation has horizontal slide rail 8129, horizontal slide rail 8129 coordinates with two transverse sliders 81210, transverse slider 81210 is all fixed on transposition adapter plate 8131 lower plane,
Described chip transposition mechanical arm 813 also comprises transposition motor 8132, motor mounting flange 8133, transposition drive wheel 8134, transposition cog belt 8135, transposition synchronous pulley 8136, transposition support 8137, transposition band metal piece 8138 and transposition lifting machinery hand 8139, described transposition adapter plate 8131 side is along being connected to motor mounting flange 8133 side, motor mounting flange 8133 is provided with transposition motor 8132, the motor shaft of transposition motor 8132 is provided with transposition drive wheel 8134, on transposition drive wheel 8134, cover has transposition cog belt 8135, transposition cog belt 8135 is connected to transposition synchronous pulley 8136, transposition synchronous pulley 8136 is fixed on the transposition lifter plate 81394 of transposition lifting machinery hand 8139 by transposition support 8137, the two ends of transposition cog belt 8135 are connected to transposition band metal piece 8138, transposition band metal piece 8138 is fixedly connected with the transposition slide block adapter plate 81392 of transposition lifting machinery hand 8139,
Described transposition lifting machinery hand 8139 also comprises transposition slide block 81391, transposition slide rail 81393, transposition induction iron 81395, transposition sensor 81396, transposition sensor mounting blocks 81397, transposition contiguous block 81398, transposition sucker 81399 and transposition sucker adapter plate 813910, described transposition slide block adapter plate 81392 trailing flank is provided with transposition slide block 81391, transposition lifter plate 81394 side is fixed with transposition slide rail 31393, transposition slide block 81391 coordinates with transposition slide rail 81393, transposition slide block adapter plate 81392 upper edge is provided with transposition induction iron 81395, transposition sensor 81396 is provided with above transposition induction iron 81395, transposition sensor 81396 is fixed on transposition sensor mounting blocks 81397, transposition sensor mounting blocks 81397 is fixed on transposition lifter plate 81394 side edge, transposition slide block adapter plate 81392 leading flank is provided with transposition contiguous block 81398, transposition contiguous block 81398 lower plane is connected to transposition sucker adapter plate 813910, transposition sucker adapter plate 813910 is provided with transposition sucker 81399,
Described chip transmits drying unit 82 and comprises chip transfer apparatus 821 and chip drying unit 822, the feed belt 8211 of described chip transfer apparatus 821 is set in the upper plate of the fixed support 8221 of chip drying unit 822, described chip transfer apparatus also comprises flat-belt pulley 8212, transmit adapter shaft 8213, transmission bearing 8214, bearing support 8215, support backing plate 8216, coupler 8217, transmit motor 8218, transmit motor mounting plate 8219, synchro 82110 and transmission component 82111, described feed belt 8211 two ends are set on flat-belt pulley 8212, flat-belt pulley 8212 is installed on and transmits on adapter shaft 8213, transmit adapter shaft 8213 two ends and transmission bearing 8214 is installed, transmission bearing 8214 is plugged in bearing support 8215, bearing support 8215 is fixed on and supports plane on backing plate 8216, left side is transmitted adapter shaft 8213 and is connected to the motor shaft transmitting motor 8218 by coupler 8217, transmitting motor 8218 is installed on transmission motor mounting plate 8219, transmit motor mounting plate 8219 and be connected to support backing plate 8216 by connecting panel, on Right side support backing plate 8216, plane is fixed with two synchros 82110, synchro 82110 is positioned at the below of feed belt 8211, feed belt 8211 lower plane two ends are provided with transmission component 82111, the driving drum 821111 of transmission component 82111 is close to feed belt 8211, described transmission component 82111 also comprises transmission shaft 821112, drive bush 821113 and drive axle support 821114, described transmission shaft 821112 is plugged in driving drum 821111, transmission shaft 821112 two ends cover has drive bush 821113, drive bush 821113 is plugged in drive axle support 821114, drive axle support 821114 is fixed on and supports on backing plate 8216,
Described chip drying unit 822 also comprises guard shield 8222, temperature booster 8223, temperature booster adapter plate 8224, heating sheet-pile 8225, heating plate 8226, temperature booster adapter plate 8227, cleading 8228, thermocouple 8229 and thermocouple seat 82210, described fixed support 8221 is installed in guard shield 8222, the upper plate of fixed support 8221 is fixedly connected with post with lower plate by the six roots of sensation and is connected, two pieces of temperature boosters 8223 are fixed on temperature booster adapter plate 8224 lower plane, temperature booster adapter plate 8224 lower plane is provided with six roots of sensation heating sheet-pile 8225, heating sheet-pile 8225 is all fixed on heating plate 8226, heating sheet-pile 8,225 four side and top are equipped with temperature booster adapter plate 8224, temperature booster adapter plate 8224 lateral surface is equipped with temperature booster adapter plate 8227, cleading 8228 is provided with between temperature booster adapter plate 8224 and temperature booster adapter plate 8227, heating plate 8226 lower end is provided with two thermocouples 8229, thermocouple 8229 is all through temperature booster adapter plate 8224 and temperature booster adapter plate 8227, thermocouple 8229 is installed on thermocouple seat 82210, thermocouple seat 82210 is fixed on the lower plate of fixed support 8221,
Described chip device for moving station 83 comprises chip push-and-pull cylinder 831, chip push-and-pull air cylinder support 832, bearing backing plate 833, the servo-actuated bearing 834 of chip and " ┗ " oblique crank Z and holds adapter plate 835, described chip push-and-pull air cylinder support 832 upper flat plate is provided with chip push-and-pull cylinder 831, the piston rod flanged plate of chip push-and-pull cylinder 831 is connected to bearing backing plate 833, on bearing backing plate 833, plane is connected to " ┗ " oblique crank Z and holds adapter plate 835 lower plane, and " ┗ " oblique crank Z holds adapter plate 835 upper edge and is fitted with the servo-actuated bearing 834 of chip.
The oven dry connecting gear of the utility model chipset installation, can substitute that workman replaces to chip, drying and processing, saves labour power, reduces productive costs, avoids the wasting of resources.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every utilize the utility model specification sheets and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present utility model.
Claims (7)
1. the oven dry connecting gear of a chipset installation, it is characterized in that: the oven dry connecting gear of this chipset installation comprises chip transposer, chip transmits drying unit and chip device for moving station, the chip transposition mechanical arm of described chip transposer is positioned at the top that chip transmits drying unit, chip transmits on front side of drying unit and is provided with chip device for moving station, described chip transposer also comprises Y moving cell and X moving cell, the synchronizing jugged strap clamp of described Y moving cell is fixedly connected with the horizontal adapter plate of X moving cell, the horizontal cog belt metal piece of X moving cell is fixedly connected with the transposition adapter plate of chip transposition mechanical arm, described Y moving cell also comprises stay bearing plate, servomotor, zigzag tread patterns is taken turns, synchronous cog belt, synchronizing wheel, synchronizing wheel contiguous block, longitudinal slide rail, longitudinal sliding block, longitudinal induction iron and longitudinal sensor, described stay bearing plate side is provided with servomotor, the motor shaft of servomotor is provided with zigzag tread patterns wheel, the upper cover of zigzag tread patterns wheel has synchronous cog belt, synchronous cog belt is fixed with synchronizing jugged strap clamp, synchronous cog belt is connected to synchronizing wheel, synchronizing wheel is fixed on stay bearing plate side by synchronizing wheel contiguous block, stay bearing plate upper edge is provided with longitudinal slide rail, horizontal adapter plate lower plane is fixed with two longitudinal sliding blocks, longitudinal slide rail coordinates with longitudinal sliding block, horizontal adapter plate side is along being provided with longitudinal induction iron, longitudinal induction iron points to below, longitudinal sensor is provided with below longitudinal induction iron, longitudinal sensor is installed on stay bearing plate side.
2. the oven dry connecting gear of chipset installation according to claim 1, it is characterized in that: described X moving cell also comprises cross motor, cross motor support, horizontal drive wheel, synchronous cross cog belt, synchronous cross is taken turns, synchronous cross wheel support, horizontal slide rail and transverse slider, described cross motor is fixed on horizontal adapter plate by cross motor support, the motor shaft of cross motor is provided with horizontal drive wheel, on horizontal drive wheel, cover has synchronous cross cog belt, synchronous cross cog belt is connected to synchronous cross wheel, synchronous cross wheel is fixed on horizontal adapter plate by synchronous cross wheel support, the two ends of synchronous cross cog belt are connected to horizontal cog belt metal piece, on horizontal adapter plate, Plane Installation has horizontal slide rail, horizontal slide rail coordinates with two transverse sliders, transverse slider is all fixed on transposition adapter plate lower plane.
3. the oven dry connecting gear of chipset installation according to claim 1, it is characterized in that: described chip transposition mechanical arm also comprises transposition motor, motor mounting flange, transposition drive wheel, transposition cog belt, transposition synchronous pulley, transposition support, transposition band metal piece and transposition lifting machinery hand, described transposition adapter plate side is along being connected to motor mounting flange side, motor mounting flange is provided with transposition motor, the motor shaft of transposition motor is provided with transposition drive wheel, on transposition drive wheel, cover has transposition cog belt, transposition cog belt is connected to transposition synchronous pulley, transposition synchronous pulley is fixed on the transposition lifter plate of transposition lifting machinery hand by transposition support, the two ends of transposition cog belt are connected to transposition band metal piece, transposition band metal piece is fixedly connected with the transposition slide block adapter plate of transposition lifting machinery hand.
4. the oven dry connecting gear of chipset installation according to claim 3, it is characterized in that: described transposition lifting machinery hand also comprises transposition slide block, transposition slide rail, transposition induction iron, transposition sensor, transposition sensor mounting blocks, transposition contiguous block, transposition sucker and transposition sucker adapter plate, described transposition slide block adapter plate trailing flank is provided with transposition slide block, transposition lifter plate side is fixed with transposition slide rail, transposition slide block coordinates with transposition slide rail, transposition slide block adapter plate upper edge is provided with transposition induction iron, transposition sensor is provided with above transposition induction iron, transposition sensor is fixed on transposition sensor mounting blocks, transposition sensor mounting blocks is fixed on transposition lifter plate side edge, transposition slide block adapter plate leading flank is provided with transposition contiguous block, transposition contiguous block lower plane is connected to transposition sucker adapter plate, transposition sucker adapter plate is provided with transposition sucker.
5. the oven dry connecting gear of chipset installation according to claim 1, it is characterized in that: described chip transmits drying unit and comprises chip transfer apparatus and chip drying unit, the feed belt of described chip transfer apparatus is set in the support bracket fastened upper plate of chip drying unit, described chip transfer apparatus also comprises flat-belt pulley, transmit adapter shaft, transmission bearing, bearing support, support backing plate, coupler, transmit motor, transmit motor mounting plate, synchro and transmission component, described feed belt two ends are set on flat-belt pulley, flat-belt pulley is installed on and transmits on adapter shaft, transmit adapter shaft two ends and transmission bearing is installed, transmission bearing is plugged in bearing support, bearing support is fixed on and supports plane on backing plate, left side is transmitted adapter shaft and is connected to the motor shaft transmitting motor by coupler, transmitting motor is installed on transmission motor mounting plate, transmit motor mounting plate and be connected to support backing plate by connecting panel, on Right side support backing plate, plane is fixed with two synchros, synchro is positioned at the below of feed belt, feed belt lower plane two ends are provided with transmission component, the driving drum of transmission component is close to feed belt, described transmission component also comprises transmission shaft, drive bush and drive axle support, described transmission shaft is plugged in driving drum, transmission shaft two ends cover has drive bush, drive bush is plugged in drive axle support, drive axle support is fixed on and supports on backing plate.
6. the oven dry connecting gear of chipset installation according to claim 5, it is characterized in that: described chip drying unit also comprises guard shield, temperature booster, temperature booster adapter plate, heating sheet-pile, heating plate, temperature booster adapter plate, cleading, thermocouple and thermocouple seat, described fixed support is installed in guard shield, support bracket fastened upper plate is fixedly connected with post with lower plate by the six roots of sensation and is connected, two pieces of temperature boosters are fixed on temperature booster adapter plate lower plane, temperature booster adapter plate lower plane is provided with six roots of sensation heating sheet-pile, heating sheet-pile is all fixed on heating plate, heating sheet-pile four side and top are equipped with temperature booster adapter plate, temperature booster adapter plate lateral surface is equipped with temperature booster adapter plate, cleading is provided with between temperature booster adapter plate and temperature booster adapter plate, heating plate lower end is provided with two thermocouples, thermocouple is all through temperature booster adapter plate and temperature booster adapter plate, the installation of TC is on thermocouple seat, thermocouple seat is fixed on support bracket fastened lower plate.
7. the oven dry connecting gear of chipset installation according to claim 1, it is characterized in that: described chip device for moving station comprises chip push-and-pull cylinder, chip push-and-pull air cylinder support, bearing backing plate, the servo-actuated bearing of chip and " ┗ " oblique crank Z and holds adapter plate, described chip push-and-pull air cylinder support upper flat plate is provided with chip push-and-pull cylinder, the piston rod flanged plate of chip push-and-pull cylinder is connected to bearing backing plate, on bearing backing plate, plane is connected to " ┗ " oblique crank Z and holds adapter plate lower plane, and " ┗ " oblique crank Z holds adapter plate upper edge and is fitted with the servo-actuated bearing of chip.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520783963.3U CN205060892U (en) | 2015-10-12 | 2015-10-12 | Stoving transport mechanism of chip mounting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520783963.3U CN205060892U (en) | 2015-10-12 | 2015-10-12 | Stoving transport mechanism of chip mounting machine |
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| Publication Number | Publication Date |
|---|---|
| CN205060892U true CN205060892U (en) | 2016-03-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201520783963.3U Expired - Fee Related CN205060892U (en) | 2015-10-12 | 2015-10-12 | Stoving transport mechanism of chip mounting machine |
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| CN (1) | CN205060892U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105197564A (en) * | 2015-10-12 | 2015-12-30 | 苏州达恩克精密机械有限公司 | Drying and conveying mechanism of chip assembling machine |
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- 2015-10-12 CN CN201520783963.3U patent/CN205060892U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105197564A (en) * | 2015-10-12 | 2015-12-30 | 苏州达恩克精密机械有限公司 | Drying and conveying mechanism of chip assembling machine |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160302 Termination date: 20161012 |