CN208794997U - A kind of meshbeltfurnace feeding device - Google Patents
A kind of meshbeltfurnace feeding device Download PDFInfo
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- CN208794997U CN208794997U CN201821365209.8U CN201821365209U CN208794997U CN 208794997 U CN208794997 U CN 208794997U CN 201821365209 U CN201821365209 U CN 201821365209U CN 208794997 U CN208794997 U CN 208794997U
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- saggar
- meshbeltfurnace
- feeding
- driving unit
- support
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Abstract
The utility model discloses a kind of meshbeltfurnace feeding devices, for by chip components and parts feeding to meshbeltfurnace, including rack, control mechanism, saggar feeding mechanism, saggar elevating mechanism, saggar material grabbing mechanism and saggar transport mechanism, control mechanism is separately connected and is used to control saggar feeding mechanism, saggar elevating mechanism, saggar material grabbing mechanism and saggar transport mechanism, saggar feeding mechanism, saggar elevating mechanism, saggar material grabbing mechanism and saggar transport mechanism are sequentially connected setting, saggar feeding mechanism is for pushing to the saggar that at least a closed assembly has chip components and parts at saggar elevating mechanism, saggar elevating mechanism is for pushing at least one folded saggar at saggar material grabbing mechanism, saggar material grabbing mechanism is used for will be at least one layer of crawl to saggar transport mechanism at least one folded saggar, saggar transport mechanism is used for at least one layer saggar It is sent on meshbeltfurnace.The utility model can auto arrangement pan feeding, meet actual production demand, automated production reduces cost of labor.
Description
Technical field
The utility model relates to a kind of meshbeltfurnace feeding devices.
Background technique
With the fast development of electronic information, slice component is widely used, and wherein one of slice component
Process is to carry out elevated cure with meshbeltfurnace, need to neatly put the saggar of loaded material on mesh belt.Slice component is raw at present
It produces in enterprise, what is generallyd use is the mode manually put, and mesh belt transmission speed is slow, and many personnel's working hours waste, workshop
Temperature is high, and long-time hot environment operation intensity is big.
Utility model content
In order to solve the above-mentioned technical problem, the utility model proposes a kind of meshbeltfurnace feeding device, can auto arrangement enter
Material, meets actual production demand, and automated production reduces cost of labor.
In order to achieve the above object, the utility model uses following technical scheme:
The utility model discloses a kind of meshbeltfurnace feeding devices, are used for chip components and parts feeding to the meshbeltfurnace
On, including rack and the control mechanism, saggar feeding mechanism, the saggar elevating mechanism, casket that are respectively fixedly connected in the rack
Alms bowl material grabbing mechanism and saggar transport mechanism, the control mechanism are separately connected and are used to control the saggar feeding mechanism, described
Saggar elevating mechanism, the saggar material grabbing mechanism and the saggar transport mechanism, wherein the saggar feeding mechanism, the saggar
Elevating mechanism, the saggar material grabbing mechanism and the saggar transport mechanism are sequentially connected setting, and the saggar feeding mechanism is used for
The saggar that at least a closed assembly there are chip components and parts is pushed at the saggar elevating mechanism, the saggar elevating mechanism is used for will
This at least one is folded the saggar and pushes at the saggar material grabbing mechanism, and the saggar material grabbing mechanism will be for will be at least one folded described
At at least one layer of crawl to the saggar transport mechanism in saggar, the saggar transport mechanism is used for will be described in at least one layer
Saggar is sent on the meshbeltfurnace.
Preferably, the saggar feeding mechanism includes pan feeding support, more roll shafts and material feeding baffle, and the pan feeding support is solid
Surely it is connected in the rack, the more roll shafts are connected in turn on the pan feeding support in parallel to each other and each roller
Gap is equipped between axis, the material feeding baffle is parallel to the roll shaft and is arranged and is connected on the pan feeding support and is set to most
The side edge of a piece roll shaft of end.
Preferably, the saggar elevating mechanism includes lifting support, the first driving unit and lifting platform, the lifting support
It is fixedly connected in the rack, first driving unit is fixedly connected on the lifting support, and first driving is single
Member connects and for driving the lifting platform to move up and down.
Preferably, the saggar elevating mechanism further includes the first monitoring unit, and first monitoring unit is for monitoring
At least one on the lifting platform folds the height and position of the saggar of the top layer in the saggar.
Preferably, the saggar material grabbing mechanism includes material grasping support, the second driving unit, third driving unit and at least one
A clamping jaw, the material grasping support are movably attached in the rack, and second driving unit connects the material grasping support
With for driving the material grasping support to move in the rack, the third driving unit is fixedly connected on the material grasping support
On, the third driving unit connects the clamping jaw and for driving the clamping jaw to move up and down to clamp at least one described casket
Alms bowl.
Preferably, the saggar material grabbing mechanism further includes the second monitoring unit, and second monitoring unit is for monitoring institute
It states and whether clamps the saggar on clamping jaw.
Preferably, the saggar transport mechanism includes transmission support, the 4th driving unit, initiative drive shaft, slave drive
Axis and belt unit, the transmission support are fixedly connected in the rack, the initiative drive shaft and the slave drive axis
Be rotatably connected on the transmission support respectively, the belt unit fitting be connected to the initiative drive shaft and it is described from
Between dynamic transmission shaft, the 4th driving unit is fixedly connected on the transmission support, and the 4th driving unit connects institute
Initiative drive shaft is stated to drive the initiative drive shaft rotation further to drive the belt unit to rotate.
Preferably, the belt unit includes the belt that at least one is separated from each other, the quantity of the belt with push to
The folded number of at least one layer saggar at the saggar transport mechanism is corresponding to be stacked to less so that transmitting one on every root skin band
On one layer of saggar to the meshbeltfurnace, wherein the every belt is equipped at least one fin, the initiative drive shaft
It is equipped with corresponding groove with the slave drive axis, wherein the fin accordingly engages in the groove.
Preferably, the saggar transport mechanism further includes the 5th driving unit and transmission baffle, the transmission baffle plate setting
In the belt unit at the end position of the meshbeltfurnace, the 5th driving unit connect the transmission baffle with
For driving the transmission baffle to move up and down.
Preferably, the saggar transport mechanism further includes third monitoring unit, and the third monitoring unit is for monitoring institute
State the saggar in belt unit.
Compared with prior art, the utility model has the beneficial effects that: the meshbeltfurnace feeding using the utility model fills
Set, substitute existing manually disposing way, can auto arrangement pan feeding, meet actual production demand, automated production drop
Low cost of labor reduces person works' intensity.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the meshbeltfurnace feeding device of the preferred embodiment in the utility model；
Fig. 2 is the structural schematic diagram of the saggar feeding mechanism in Fig. 1；
Fig. 3 is the structural schematic diagram of the saggar elevating mechanism in Fig. 1；
Fig. 4 is the structural schematic diagram of the saggar material grabbing mechanism in Fig. 1；
Fig. 5 is the structural schematic diagram of the saggar transport mechanism in Fig. 1.
Specific embodiment
With reference to embodiment and compares attached drawing the utility model is described in further details.It is wherein identical
Appended drawing reference indicates identical component, unless stated otherwise.It is emphasized that following the description is only exemplary,
Rather than in order to limit the scope of the utility model and its application.
The utility model is described in detail by specific embodiment with reference to the accompanying drawing, for a better understanding of this
Utility model, but following embodiments are not intended to limit the scope of the utility model.In addition, it is necessary to illustrate, institute in following embodiments
The diagram of offer only illustrates the basic conception of the utility model in a schematic way, only shows in attached drawing related with the utility model
Component rather than component count, shape and size when according to actual implementation draw, when actual implementation each component shape, number
Amount and ratio can arbitrarily change for one kind, and its assembly layout form may also be increasingly complex.
It is to be appreciated that the orientation of the instructions such as term " on ", "lower", "front", "rear", "inner", "outside", "left", "right"
Or positional relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description the utility model embodiment and letter
Change description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with specific orientation construct and
Operation, therefore should not be understood as limiting the present invention.
As shown in Figure 1, the preferred embodiment in the utility model discloses a kind of meshbeltfurnace feeding device, it is used for chip member device
On part feeding to meshbeltfurnace, including rack 10 and the control mechanism 20, the saggar pan feeding that are respectively fixedly connected in the rack 10
Mechanism 30, saggar elevating mechanism 40, saggar material grabbing mechanism 50 and saggar transport mechanism 60, control mechanism 20 are separately connected and are used for
Saggar feeding mechanism 30, saggar elevating mechanism 40, saggar material grabbing mechanism 50 and saggar transport mechanism 60 are controlled, wherein saggar pan feeding
Mechanism 30, saggar elevating mechanism 40, saggar material grabbing mechanism 50 and saggar transport mechanism 60 are sequentially connected setting, saggar feeding mechanism
30 for 5 closed assemblies are had the saggar of chip components and parts (wherein often folding saggar according to the actual situation determines the number of plies of stacking, such as
50 layers or 60 layers, the number of plies for often folding saggar in a preferred embodiment is the same) push to saggar elevating mechanism 40, saggar elevator
For pushing to 5 folded saggars at saggar material grabbing mechanism 50, saggar material grabbing mechanism 50 is used for the top in 5 folded saggars structure 40
One or two layers grab to saggar transport mechanism 60, which is sent to meshbeltfurnace by saggar transport mechanism 60
On.It wherein is equipped with universal caster wheel 11 in the bottom of rack 10, it is adjustable in angle height, it is convenient so that the meshbeltfurnace feeding device
With matching of the meshbeltfurnace in height and position.
In conjunction with Fig. 2, saggar feeding mechanism 30 includes 31,6 roll shafts 32 of pan feeding support and material feeding baffle 33, wherein pan feeding branch
Seat 31 is fixedly connected in rack 10, and 6 roll shafts 32 are connected on pan feeding support 31 in parallel to each other and between each roll shaft 32
Equipped with gap, material feeding baffle 33 is parallel to roll shaft 32 and is arranged and is connected on pan feeding support 31 and is set in 6 roll shafts 32
The side of a piece roll shaft 32 of most end has the saggar of chip components and parts will not with 5 closed assemblies blocked on saggar feeding mechanism 30
It tumbles away.
In conjunction with Fig. 3, saggar elevating mechanism 40 includes lifting support 41, the first driving unit 42, lifting platform 43 and the first prison
Unit (not shown) is surveyed, lifting support 41 is fixedly connected in rack 10, and the first driving unit 42 is fixedly connected on lifting branch
On seat 41, the first driving unit 42 connects and for driving lifting platform 43 to move up and down, and wherein lifting platform 43 can move downward
To saggar feeding mechanism 30 one end and can move up at the working position of the saggar material grabbing mechanism 50, wherein first drive
Moving cell 42 uses motor；First monitoring unit is used to detect the casket of the top layer in 5 folded saggars being stacked on lifting platform 43
The height and position of alms bowl.
In conjunction with Fig. 4, saggar material grabbing mechanism 50 includes material grasping support 51, the second driving unit 52, third driving unit 53,5
A clamping jaw 54 (quantity of clamping jaw is corresponding with the folded number of saggar on saggar feeding mechanism 30) and the second monitoring unit is (in figure not
Show), material grasping support 51 is movably attached in rack 10, and the second driving unit 52 connects material grasping support 51 to grab for driving
Expect that the movement in rack 10 of support 51 is moved in saggar transport mechanism 60 with the saggar for grabbing clamping jaw 54, third driving unit
53 are fixedly connected on material grasping support 51, and third driving unit 53 connects clamping jaw 54 and for driving clamping jaw 54 to move up and down to press from both sides
Take one or two saggar；Wherein, the second driving unit uses rodless cylinder, and third driving unit 53 includes two lifting airs
Cylinder, one of them starting when needing to clamp a saggar in the two lifting cylinders, another is needing to clamp two caskets
Alms bowl Shi Qidong；Second monitoring unit is for detecting whether clamp saggar on clamping jaw 54.
In conjunction with Fig. 5, saggar transport mechanism 60 includes transmission support 61, the 4th driving unit 62, initiative drive shaft 63, driven
Transmission shaft 64, belt unit 65, the 5th driving unit 66, transmission baffle 67 and third monitoring unit (not shown), transmission branch
Seat 61 is fixedly connected in rack 10, and initiative drive shaft 63 and slave drive axis 64 are rotatably connected to transmission support 61 respectively
On, 65 fitting of belt unit is connected between initiative drive shaft 63 and slave drive axis 64, and the connection of the 4th driving unit 62 is actively
Transmission shaft 63 is to drive the rotation of initiative drive shaft 63 with the rotation of further drive belt unit 65；Wherein, in the present embodiment, skin
Tape cell 65 include 5 be separated from each other belts 651 (quantity of belt and the quantity of clamping jaw are corresponding, namely with saggar pan feeding
The folded number of saggar in mechanism 30 is corresponding) so that transmitting the saggar of a folded one or two layers on every root skin band 651 to mesh belt
On furnace, wherein every root skin band 651 is equipped at least one fin, initiative drive shaft 63 and slave drive axis 64 are respectively equipped with relatively
The groove answered, fin is accordingly fastened in groove so that every root skin band turns between initiative drive shaft 63, slave drive axis 64
Transverse shifting will not occur during dynamic.Transmission baffle 67 is arranged in belt unit 65 at the end position of meshbeltfurnace,
5th driving unit 66 connection transmission baffle 67 with for drive transmission baffle 67 move up and down so that transmit baffle 67 can
It blocks the saggar in belt unit 65 or the saggar in belt unit 65 is allowed to be sent on meshbeltfurnace.Third monitoring unit is used for
Monitor the saggar in belt unit 65.Wherein, the 4th driving unit 62 uses stepper motor, and gas can be used in the 5th driving unit 66
Cylinder structure.The effect of transmission baffle 67 therein be so that the front side of row's saggar is all aligned, can also be at left and right sides of saggar
Left and right guide plate is set and is oriented to alignment, saggar in front is detached from belt and is docked with the subsequent saggar of feeding after meshbeltfurnace, wherein
In practical work process, because the speed of belt is faster than the speed of meshbeltfurnace, latter row's saggar can catch up with previous row's saggar in time,
Ensure that front and back saggar closely transmits on meshbeltfurnace to a row in a row.
The course of work of the meshbeltfurnace feeding device of the preferred embodiment in the utility model are as follows:
S1: starting control mechanism 20 grabs control mechanism 20 and saggar feeding mechanism 30, saggar elevating mechanism 40, saggar
Connection is respectively associated to realize the control to each mechanism in material mechanism 50 and saggar transport mechanism 60；
S2: 5 being stacked on the roll shaft 32 that the saggar equipped with chip components and parts folded is arranged in saggar feeding mechanism 30,
And the saggar folded is stacked 5 by roll shaft 32 and is pushed on the lifting platform 43 of saggar elevating mechanism 40, the first driving of starting is single
Member 42 rises to lifting platform 43 at the working position of saggar material grabbing mechanism 50, wherein the position of the rising of specific lifting platform 43 by
First monitoring unit and control mechanism 20 jointly control；
S3: the clamping jaw 54 on material grasping support 51 is moved to the top of lifting platform 43, starting by the second driving unit 52 of starting
Third driving unit 53 drives clamping jaw 54 to clamp one or two layers saggar, and (number of plies of the saggar specifically clamped is according to the need of meshbeltfurnace
Ask), restart the belt 651 that clamping jaw 54 on material grasping support 51 is moved to saggar transport mechanism 60 by the second driving unit 52
Top restarts third driving unit 53 and drives clamping jaw 54 that the one or two layers saggar of clamping is placed on corresponding belt 651
On, wherein whether clamping jaw 54, which clamps saggar, is jointly controlled by the second monitoring unit and control mechanism 20；
S4: the 4th driving unit 62 of starting drives the one or two layers saggar on belt 651 mobile to meshbeltfurnace direction；Again
According to circumstances decide whether that starting the 5th driving unit 66 enables transmission baffle 67 to block the saggar on belt 651 or allow
Whether the saggar on belt 651 is sent on meshbeltfurnace, wherein also need to be further continued for feeding saggar on belt to be monitored by third
Unit and control mechanism 20 jointly control；
S5: lifting platform 43 is risen to circulation step S3 and S4 behind pre-position by the first driving unit 42 of starting again, directly
The 5 of pan feeding stack on the saggar whole feeding to meshbeltfurnace equipped with chip components and parts folded on to saggar feeding mechanism 30, then
Return step S2.
The meshbeltfurnace feeding device proposed by the preferred embodiment in the utility model substitutes the existing manually side of putting
Formula, can auto arrangement pan feeding, meet actual production demand, automated production reduces cost of labor, reduces person works' intensity.
It, cannot the above content is specific preferred embodiment further detailed description of the utility model is combined
Assert that the specific implementation of the utility model is only limited to these instructions.For those skilled in the art of the present invention
For, without departing from the concept of the premise utility, several equivalent substitute or obvious modifications, and performance can also be made
Or purposes is identical, all shall be regarded as belonging to the protection scope of the utility model.
Claims (10)
1. a kind of meshbeltfurnace feeding device is used for chip components and parts feeding to the meshbeltfurnace, which is characterized in that including machine
Frame and the control mechanism being respectively fixedly connected in the rack, saggar feeding mechanism, saggar elevating mechanism, saggar material grabbing mechanism
With saggar transport mechanism, the control mechanism is separately connected and is used to control the saggar feeding mechanism, the saggar elevator
Structure, the saggar material grabbing mechanism and the saggar transport mechanism, wherein the saggar feeding mechanism, the saggar elevating mechanism,
The saggar material grabbing mechanism and the saggar transport mechanism are sequentially connected setting, and the saggar feeding mechanism will be for that at least one will fold
Saggar equipped with chip components and parts pushes at the saggar elevating mechanism, and the saggar elevating mechanism is for by this, at least one to be folded
The saggar pushes at the saggar material grabbing mechanism, and the saggar material grabbing mechanism by least one for folding in the saggar extremely
At few one layer of crawl to saggar transport mechanism, the saggar transport mechanism is for at least one layer saggar to be sent to
On the meshbeltfurnace.
2. meshbeltfurnace feeding device according to claim 1, which is characterized in that the saggar feeding mechanism includes pan feeding branch
Seat, more roll shafts and material feeding baffle, the pan feeding support are fixedly connected in the rack, and the more roll shafts are in parallel to each other
It is connected in turn on the pan feeding support and is equipped with gap between each roll shaft, the material feeding baffle is parallel to the roll shaft
It is arranged and is connected on the pan feeding support and is set to the side edge of a roll shaft of most end.
3. meshbeltfurnace feeding device according to claim 1, which is characterized in that the saggar elevating mechanism includes lifting branch
Seat, the first driving unit and lifting platform, the lifting support are fixedly connected in the rack, and first driving unit is fixed
It is connected on the lifting support, first driving unit connects and is used to that the lifting platform to be driven to move up and down.
4. meshbeltfurnace feeding device according to claim 3, which is characterized in that the saggar elevating mechanism further includes first
Monitoring unit, what first monitoring unit was used to monitor on the lifting platform at least one folds top layer in the saggar
The height and position of the saggar.
5. meshbeltfurnace feeding device according to claim 1, which is characterized in that the saggar material grabbing mechanism includes material grasping branch
Seat, the second driving unit, third driving unit and at least one clamping jaw, the material grasping support are movably attached the rack
On, the second driving unit connection material grasping support is to be used to that the material grasping support to be driven to move in the rack, institute
It states third driving unit to be fixedly connected on the material grasping support, the third driving unit connects the clamping jaw and for driving
The clamping jaw is moved up and down to clamp at least one described saggar.
6. meshbeltfurnace feeding device according to claim 5, which is characterized in that the saggar material grabbing mechanism further includes second
Monitoring unit, second monitoring unit is for monitoring whether clamp the saggar on the clamping jaw.
7. meshbeltfurnace feeding device according to claim 1, which is characterized in that the saggar transport mechanism includes transmission branch
Seat, the 4th driving unit, initiative drive shaft, slave drive axis and belt unit, the transmission support are fixedly connected on the machine
On frame, the initiative drive shaft and the slave drive axis are rotatably connected to respectively on the transmission support, the belt
Unit fitting is connected between the initiative drive shaft and the slave drive axis, and the 4th driving unit is fixedly connected on institute
It states on transmission support, the 4th driving unit connects the initiative drive shaft to drive the initiative drive shaft rotation with into one
Step drives the belt unit rotation.
8. meshbeltfurnace feeding device according to claim 7, which is characterized in that the belt unit includes at least one phase
The belt mutually separated, the quantity of the belt and the folded number for pushing at least one layer saggar at the saggar transport mechanism
It is corresponding to be folded at least one layer of saggar to the meshbeltfurnace so that transmitting one on every root skin band, wherein the every belt
It is equipped at least one fin, the initiative drive shaft and the slave drive axis are equipped with corresponding groove, wherein described
Fin accordingly engages in the groove.
9. meshbeltfurnace feeding device according to claim 7, which is characterized in that the saggar transport mechanism further includes the 5th
Driving unit and transmission baffle, the transmission baffle plate setting is in the belt unit close to the end position of the meshbeltfurnace
Place, the 5th driving unit connect the transmission baffle for driving the transmission baffle to move up and down.
10. meshbeltfurnace feeding device according to claim 7, which is characterized in that the saggar transport mechanism further includes
Three monitoring unit, the third monitoring unit are used to monitor the saggar in the belt unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821365209.8U CN208794997U (en) | 2018-08-23 | 2018-08-23 | A kind of meshbeltfurnace feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821365209.8U CN208794997U (en) | 2018-08-23 | 2018-08-23 | A kind of meshbeltfurnace feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208794997U true CN208794997U (en) | 2019-04-26 |
Family
ID=66206715
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821365209.8U Active CN208794997U (en) | 2018-08-23 | 2018-08-23 | A kind of meshbeltfurnace feeding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208794997U (en) |
-
2018
- 2018-08-23 CN CN201821365209.8U patent/CN208794997U/en active Active
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