CN207515437U - A kind of vertical automatic oven - Google Patents
A kind of vertical automatic oven Download PDFInfo
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- CN207515437U CN207515437U CN201721459110.XU CN201721459110U CN207515437U CN 207515437 U CN207515437 U CN 207515437U CN 201721459110 U CN201721459110 U CN 201721459110U CN 207515437 U CN207515437 U CN 207515437U
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- clamping jaw
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Abstract
A kind of vertical automatic oven, including：Base member case, thermal insulation case, lamination lifting gear, shifting apparatus and heating circulation system, the upper surface of base member case are provided through the conveyor component of thermal insulation case, and lamination lifting gear includes：Quiet, dynamic carriage mechanism and elevating mechanism, move the top that carriage mechanism is mounted on quiet carriage mechanism, and elevating mechanism can drive the entire relatively quiet carriage mechanism of dynamic carriage mechanism to move up and down；Lamination lifting gear close to feed inlet is carrier elevated areas, lamination lifting gear close to discharge port is declines region, quiet, turn axis passes through the upper surface of base member case and the bottom thermal insulative board of thermal insulation case, and the conveyor of conveyor component passes through respectively between two groups of shafts of every set lamination lifting gear.The oven of the utility model is small, space takes up little area, and makes full use of the design feature of lamination lifting gear so that product first successively rises automatically, then successively declines automatically again, in the process, reaches uniformly heated purpose.
Description
Technical field
The utility model is related to a kind of automatic ovens, are mainly used in each electronic product, glass product and metalwork
Products are waited in the processes such as dehumidifying drying, ink for screen printing drying or surface paint drying.
Background technology
The roasting plant widely applied currently on the market mainly has tunnel oven, oven and by manipulator crawl material
The automatic oven of multilayer.There is the shortcomings that big occupation of land, high energy consumption in tunnel oven, be unfavorable for energy-saving and emission-reduction；Oven exists cannot be with
The problem of corresponding product production line docking, can not realize automatic disengaging, the requirement of automatic baking of production；And multilayer is certainly
The complicated of dynamic oven, occupation of land are big, it is necessary to additionally increase corresponding robot or manipulator mechanism to realize that product is toasting
Front and rear automatic disengaging, increases cost.
Utility model content
Technical problem to be solved in the utility model is to overcome above-mentioned the deficiencies in the prior art, is provided a kind of vertical automatic
Oven.
The technical scheme in the invention for solving the above technical problem is：A kind of vertical automatic oven, including：Pedestal
Two sets lamination lifting gears that case, the thermal insulation case mounted on base member case upper end, left and right are mounted side by side are lifted for two sets laminations and are filled
The shifting apparatus that is transported between putting and for the heating circulation system in thermal insulation case, the upper surface of the base member case is along its length
Direction is provided through the conveyor component of thermal insulation case, and conveyor component one end is feed inlet, and the other end is discharge port；
The lamination lifting gear includes：Quiet, dynamic carriage mechanism and elevating mechanism, quiet carriage mechanism include：Quiet bottom plate, four
The quiet shaft of one group of root and the runner assembly for driving one group of quiet shaft synchronous rotation, every group of quiet rectangular corner location installation of shaft
On quiet bottom plate, multiple quiet trays are fixedly connected in the top class interval of every group of quiet shaft, every two of one group are adjacent quiet
Quiet tray in shaft is opposite and sets；The dynamic carriage mechanism is identical with quiet carriage mechanism structure, and dynamic carriage mechanism includes：Dynamic bottom
The runner assembly that one group of plate, turn axis, moving axis set, dynamic tray and driving turn axis rotate；The elevating mechanism includes：Mounting,
Lifter slide and transmission component, mounting is made of level board and the vertical plate being vertically fixed on level board, in vertical plate
One side of the board slides up and down the one side of the board of connection lifter slide by transmission component, and the plate face opposite side of lifter slide, which is fixed, to be connected
The flat connecting plate of water receiving；Dynamic carriage mechanism is mounted on the top of quiet carriage mechanism, and quiet shaft passes through dynamic bottom plate, and level board, which is fixed, to be connected
It is connected on quiet bottom plate, entire elevating mechanism protrudes through dynamic bottom plate, and connecting plate correspondence is fixedly connected with dynamic bottom plate so that elevating mechanism
The entirely relatively quiet carriage mechanism up and down motion of dynamic carriage mechanism can be driven；
Lamination lifting gear close to feed inlet is carrier elevated areas, and the lamination lifting gear close to discharge port is declines
Region, quiet, turn axis pass through the upper surface of base member case and the bottom thermal insulative board of thermal insulation case, and quiet, the dynamic bottom parts of lower part are in
In the room temperature environment of base member case；Quiet, the dynamic tray of upper part is partially in the hot environment of thermal insulation case, the biography of conveyor component
Defeated band passes through respectively between two groups of shafts of every set lamination lifting gear.
Preferably, the shifting apparatus includes：It is respectively arranged on the clamping in outside in the front and rear thermal insulative board of thermal insulation case
Mechanism and Power Component and rope control assembly, Power Component are mounted on the power panel seat on the outside of front and rear thermal insulative board, clamping
Mechanism includes：Be horizontally arranged at the clamping panel seat on the inside of front and rear thermal insulative board, be slidably connected at clamping panel seat below slide plate frame with
And pulley assembly and clip claw assembly on slide plate frame；
The rope control assembly includes：Directive wheel and transfer steel wire rope, wherein four directive wheels are respectively symmetrically mounted on
Power panel seat upper end both sides and clamping panel seat bottom end both sides, make the installation site of this four directive wheels form four angles of rectangle,
Thermal insulative board is wound on this four directive wheels before and after transfer steel wire penetrating, and transfer steel wire rope is by Power Component and and power packages
The connection of part fixed point, the lower end by slide plate frame are simultaneously connected with slide plate frame fixed point so that Power Component is driven by transfer steel wire rope
Slide plate frame is moved back and forth along clamping panel seat；It is mounted side by side before and after two sets of shifting apparatus, often covers clamping device and correspond to mounted on a left side
Above right two groups of shafts side by side.
Preferably, the clamping panel seat is lifted on the lower end of inner support plate, and inner support plate is located at interval at thermal insulation case
Top thermal insulative board below, the left and right sides of inner support plate is fixedly mounted by inner hole plate, and inner hole plate interval is set on two sets of lamination liters
The both sides of falling unit.
Preferably, the heating circulation system includes：Heating tube, centrifugal wind wheel and high efficiency particulate air filter, it is multiple
The heating tube being mutually parallel is arranged between the top thermal insulative board of thermal insulation case and inner support plate, and centrifugal wind wheel is mounted on a left side for thermal insulation case
Inside right thermal insulative board and positioned at heating tube on one side, high efficiency particulate air filter is erect mounted on the outside of both sides inner hole plate, high efficiency particulate air filter
There are gaps between the left and right thermal insulative board of thermal insulation case；Endlessly the thermal current around heating tube is blowed to by centrifugal wind wheel
In the gap on centrifugal wind wheel opposite, thermal current is efficient by side high efficiency particulate air filter, two sets of lamination lifting gears, opposite sides successively
Filter finally flows back into centrifugal wind wheel from the gap below centrifugal wind wheel.
Preferably, the Power Component includes：The dynamic of front and rear thermal insulative board is parallel on power panel seat
Power guide rail, the power skateboard being slidably connected in power rail, mounted on the power motor of power rail one end and by power
The power synchronous band that motor is driven by synchronizing wheel, power synchronous band is parallel with power rail, the first half of power synchronous band with
Power skateboard fixed point connection, transfer steel wire rope are connected on power skateboard, and transfer steel is stretched by power skateboard by power motor
Cord.
Preferably, the pulley assembly is mounted in the middle part of the plate face of slide plate frame, and pulley assembly includes：It is inverted U-shaped fixed
Position frame, it is lower on be coaxially mounted to head pulley in locating rack and from pulley, be symmetrically wound with what two negative directions stretched out from pulley
Driven steel wire rope.
Preferably, on the power skateboard active steel is further included equipped with clamping jaw cylinder, the rope control assembly
Cord is separately mounted to power panel seat upper end side and clamping panel seat bottom end side, active steel wire rope using two directive wheels
One end be fixedly connected with the power rod end of clamping jaw cylinder, the other end is connected to head pulley after bypassing the two directive wheels, by clamping jaw
Cylinder pulls active steel wire rope to drive head pulley rotation, and head pulley is driven from pulley synchronous rotary, and both ends are redrawn from pulley
Driven steel wire rope；Two sets of clip claw assemblies are symmetrically mounted on the both sides of slide plate frame, clip claw assembly packet along the direction of driven steel wire rope
It includes：A piece clamping jaw axis, the clamping jaw wheel being fixed on clamping jaw axis, the vertical clamping jaw connecting rod inserted admittedly in the middle part of clamping jaw axis and fixed company
The clamping jaw hook at clamping jaw axis both ends is connected on, the both ends of clamping jaw axis are plugged on by bearing on bearing, and bearing is fixedly mounted on grillage,
One end of driven steel wire rope corresponds to and is wrapped on clamping jaw wheel, stretches driven steel wire rope and drives clamping jaw wheel and clamping jaw axis synchronous rotary,
So that clamping jaw axis drives clamping jaw hook to be rotated upwardly to horizontality；The lower end that clamping jaw connecting rod protrudes from clamping jaw axis is connected with one
The spring being stretched, one end of spring are fixed on towards pulley assembly on grillage, and spring pulls the lower end of clamping jaw hook link, makes
Obtaining clamping jaw axis drives clamping jaw to rotate down to vertical state.
Preferably, the runner assembly includes：Cylinder, drive link, poke rod and slide block are stirred, stirs gas
The cylinder body end of cylinder is horizontally arranged on cylinder block, and cylinder block is inverted U shape structure, and cylinder block is fixedly connected on quiet or dynamic bottom plate
On, stir cylinder positioned at one group quiet or turn axis between, the transmission being synchronized with the movement is connected below the movable rod end for stirring cylinder
Bar, the length placing direction of drive link move that direction is identical, and the both ends of drive link are vertically fixedly connected with the middle part of poke rod；
One end of slide block rotates horizontally the both ends for being connected to poke rod, the slide block at a poke rod both ends with it is quiet or dynamic
Tray is opposite and set two are quiet or turn axis is respectively perpendicular and is fixedly connected, and poke rod drives slide block with quiet by linear motion
Or rotated centered on turn axis, pass through quiet or turn axis rotation so that quiet or dynamic tray rotation is in expansion or collapsed state.
Preferably, it is had additional below the poke rod and stirs sliding rail, stirred sliding rail and be mounted on quiet or dynamic bottom plate,
It stirs to be connected on sliding rail and stirs sliding block, poke rod is fixedly connected up and down with stirring sliding block, is driven and is dialled when poke rod moves
Movable slider linear slide on sliding rail is stirred.
Preferably, the left and right sides of the thermal insulation case has additional material feeding box and feed box respectively, material feeding box and goes out
Hopper is mounted on the upper end of base member case, and it is feed inlet that the left and right outboard end of material feeding box, which corresponds to transmission rim end, in material feeding box
Preheating assembly is provided with, the corresponding outboard end of feed box is discharge port, and cooling component is provided in feed box.
The beneficial effects of the utility model, the utility model, which uses, is placed on product to be baked in customization carrier, with
The carrier after product is loaded as carrier, carrier realizes automatic undertaking supplied materials using the pattern to go with each other all the time, according to setting when
Between toasted, self-emptying.It has the following advantages compared with the prior art：
1st, oven is small, space takes up little area, and makes full use of the design feature of lamination lifting gear so that product is first automatic
Successively rise, then successively decline automatically again, in the process, reach uniformly heated purpose；
2nd, low energy consumption, and capacity efficiency is high, the heat-insulated axle sleeve in shaft to be supported above to be partially in hot environment as diacritical point
Under, transport product is lifted for lamination, lower portion is under room temperature environment, and for installing various dynamic components, structure function is drawn
It is clearly demarcated true；
3rd, mounting structure is simple, stablizes, and can work at a higher temperature, high temperature resistance is outstanding, generally in 200-
400℃；
4th, can be with all kinds of automatic production lines, equipment slitless connection, range of applicability is wide, can use a variety of different
In manufacturing procedure, various working environments are adapted to；
5th, the movement of high-temperature space inner structure is simple, and relative motion, friction means are few, and generated dust particle is also few, can
To ensure that air purity reaches 100 grades or so in space.
Description of the drawings
It is required in being described below to embodiment in order to illustrate more clearly of the technical scheme in the embodiment of the utility model
Attached drawing to be used is briefly described, wherein：
Fig. 1 is the overall structure diagram one of the utility model；
Fig. 2 is the overall structure diagram two of the utility model；
Fig. 3 is the overall structure sectional view of the utility model；
Fig. 4 is the base member case schematic internal view of the utility model；
Fig. 5 is the thermal insulation case schematic internal view of the utility model；
Fig. 6 is the lamination lifting device structure schematic diagram of the utility model；
Fig. 7 is the quiet carriage mechanism structure diagram of the utility model；
Fig. 8 is the dynamic carriage mechanism of the utility model and elevating mechanism structure diagram；
Fig. 9 is the elevating mechanism structure diagram of the utility model；
Figure 10 is the shifting apparatus structure diagram one of the utility model；
Figure 11 is the shifting apparatus structure diagram two of the utility model；
Figure 12 is the Power Component structure diagram of the utility model；
Figure 13 is that the clamping device of the utility model grips status diagram；
Figure 14 is the clamping device open configuration schematic diagram of the utility model.
Specific embodiment
Below in conjunction with attached drawing and specific embodiment, the utility model is described further.In preferred embodiment
Cited such as " on ", " under ", "left", "right", " centre " and " one " term, only for ease of narration understand rather than to
The enforceable range of the utility model is limited, relativeness is altered or modified, in the case where changing technology contents without essence, when also
It is considered as the enforceable scope of the utility model.
The vertical automatic oven of one kind of the utility model preferred embodiment design, mainly includes：It device housings and sets
In two sets of lamination lifting gears, two sets of shifting apparatus and heating circulation system in device housings, each component is detailed below
And its connection relation.
Fig. 1 to Fig. 5 is referred to, device housings are mainly made of upper and lower two large divisions, and top is divided into the thermal insulation case of oven
110, lower part is divided into the base member case 120 of oven, and thermal insulation case 110, which corresponds to, to be mounted on base member case 120, is height in thermal insulation case 110
Warm environment is normal temperature environment in base member case 120 for heating product, for installing various dynamic components and automatically controlled device, for production
The transport of product provides power.Thermal insulation case 110 is made of front and rear six face thermal insulative board up and down, before and after thermal insulation case 110 and
Left and right face thermal insulative board is provided with maintenance door 111, is used to open furnace body maintenance inside, and maintenance door 111 also uses thermal insulative board.Base member case
120 back and forth or left and right face is also equipped with boxboard door 121, is used to open babinet maintenance inside, is set in the bottom of base member case 120
There are stabilizer blade 122 and pulley 123, for the ease of support equipment shell and transport this equipment.
It is provided with conveyor component 130 along its length in the upper surface of base member case 120, conveyor component 130 includes：
Roller 131 mounted on 120 on both sides of the upper end of base member case is wound on two parallel conveyors 132 and driving on two rollers 131
The transmission electrical machine 133 that conveyor 132 moves, transmission electrical machine 133 are mounted in base member case 120, are partially passed through in conveyor 132
The bottom of 110 left and right sides thermal insulative board of thermal insulation case, so as to which product is endlessly transported thermal insulation case 110 from left and right one end
It is interior, it is transported outside thermal insulation case 110 from the other end again later.
Have additional material feeding box 141 and feed box 142, material feeding box 141 and feed box respectively in the left and right sides of thermal insulation case 110
142 are mounted on the upper end of base member case 120.The left and right outboard end of material feeding box 141 corresponds to 132 beginning of conveyor and is provided with opening,
As feed inlet is provided with preheating assembly (not indicated in figure) in material feeding box 141, for being preheated to product, in favor of
Enter inside oven below, Cycling hot-blast heating may be used in preheating assembly, can also use other existing preheating methods；Go out
142 corresponding outboard end of hopper is also equipped with being open, as discharge port, and cooling component is provided in feed box 142 (in figure
Do not indicate), for the product after baking to be given to be cooled down, product temperature is reduced in order to discharge, cooling component may be used cold
Wind circulating cooling can also use other existing types of cooling.
Fig. 6 is referred to, lamination lifting gear includes：Quiet carriage mechanism 210, dynamic carriage mechanism 220 and elevating mechanism
230, quiet carriage mechanism 210 and dynamic carriage mechanism 220 are installed in the connection of elevating mechanism 230, and dynamic bracket machine is driven by elevating mechanism 230
The relatively quiet carriage mechanism 210 of structure 220 moves up and down, in this, as the power source that carrier 150 rises or falls, production to be baked
Product are all uniformly placed on carrier 150.
Fig. 7 is referred to, quiet carriage mechanism 210 includes：One group of the quiet shaft 212 of quiet 211, four one group of bottom plate and driving
The runner assembly that quiet shaft 212 rotates.Quiet bottom plate 211 is in plane plate structure, the rectangular quadrangle in the plate face of quiet bottom plate 211
Position installation is there are four dead axle bearing 213, in the bottom of quiet shaft 212 equipped with quiet needle-roller thrust ball bearing 214, quiet needle-roller thrust
Ball bearing 214, which corresponds to, to be mounted in dead axle bearing 213, so that four quiet shafts 212 being capable of rotation.In every group of quiet shaft
212 top class interval is fixedly connected with multiple quiet trays 215, and the quiet tray in one group of every two adjacent quiet shafts is opposite
And set so that mutually level four quiet trays 215 can place a carrier 150 in one group of quiet shaft 212.
Runner assembly is mainly formed by stirring cylinder 241, drive link 242, poke rod 243 and slide block 244.It dials
The cylinder body end of cylinder 241 of taking offence is horizontally arranged on cylinder block 245, and cylinder block 245 is inverted U shape structure, and cylinder block 245, which is fixed, to be connected
It is connected on quiet bottom plate 211, cylinder 241 is stirred between one group of quiet shaft 212, below the movable rod end for stirring cylinder 241
Connecting the drive link 242 that is synchronized with the movement, the length placing direction of drive link 242 moves that direction is identical, and the one of drive link 242
End will pass through the inverted U-shaped of cylinder block 245 and stretch out.The both ends of drive link 242 are vertically fixedly connected in poke rod 243
Portion, poke rod 243 are synchronized with the movement with drive link 242.One end of slide block 244 rotates horizontally the both ends for being connected to poke rod 243,
Two quiet shafts 212 that the slide block 244 at piece 243 both ends of poke rod is opposite with quiet tray and sets, which are respectively perpendicular, to be fixedly connected,
During so that poke rod 243 moving along a straight line, the slide block 244 of switching can be driven to be rotated centered on quiet shaft 212, quiet shaft 212
Synchronous to carry out rotation, the rotation angle of quiet shaft 212 is strictly controlled by the operation stroke of poke rod 243, only in the range of 90 ° certainly
Turn.One group of quiet shaft 212 stirs cylinder 241 by one and synchronous rotation is driven to move, so as to which quiet tray 215 be allow to turn to difference
Direction sets when the quiet tray 215 in one group of quiet shaft 212 turns to opposite, that is, when being unfolded, can place carrier 150；When one group
Quiet tray 215 in quiet shaft 212 is rotated by 90 ° in the same direction and sets, that is, when packing up, cannot place carrier 150, can only match and close
Lower relative motion.
It is also had additional in the lower section of each poke rod 243 and stirs sliding rail 246, stir sliding rail 246 mounted on quiet bottom plate 211
On, it stirs to be connected on sliding rail 246 and stirs sliding block 247, poke rod 243 is fixedly connected with stirring sliding block about 247, is stirred
When bar 243 moves, the linear slide on sliding rail 246 is stirred of sliding block 247 is stirred in drive, and setting stirs sliding rail 246 and stirs sliding block
247 be the stability in order to enhance the transmission of poke rod 243, poke rod 243 is made to be moved along trapped orbit, it is ensured that quiet shaft 212
The accuracy of rotation.
For runner assembly, cylinder is used to drive poke rod movement for dynamic component in the present embodiment, and in reality
In use, motor driven gear rack assembly or belt wheel belt component driving poke rod can also be used；Or directly individually make
It is rotated with stepping or servo motor band sound shaft, is unfolded or packs up so as to fulfill quiet tray.The effect identical to realize this programme
Fruit and the different motion mechanism used, should all obtain the protection of this patent.
Refer to Fig. 8, it can be seen that dynamic carriage mechanism 220 and the structure of quiet carriage mechanism 210 are essentially identical, herein no longer
The structure description of above-mentioned carriage mechanism is repeated, moves turn axis of the carriage mechanism 220 also mainly by moving 221, four one group of bottom plate
222nd, the rotation that one group of moving axis bearing 223, dynamic needle-roller thrust ball bearing 224, dynamic tray 225 and driving turn axis 222 rotate
Component is formed, and dynamic carriage mechanism 220 and quiet carriage mechanism 210 are that the identical runner assembly of universal architecture is driven.
Refer to Fig. 6, move carriage mechanism 220 be mounted on quiet carriage mechanism 210 top, quiet turn of quiet carriage mechanism 210
Axis 212 passes through the dynamic bottom plate 221 of dynamic carriage mechanism 220.For quiet, dynamic carriage mechanism, in actual use, Mei Gejing,
It is that one or more groups of quiet, turn axis can be installed on dynamic bottom plate, every group quiet, turn axis has independent mating connector and rotation
Component is preferably equipped with symmetrical two groups quiet, turn axis and associated part, but this is not on quiet in the present embodiment, dynamic bottom plate
The scope of protection of the utility model can be limited.
Fig. 9 is referred to, elevating mechanism 230 includes：Mounting, parallel sliding track 231, lifter slide 232, ball-screw 233 with
And lifting motor 234.Mounting is made of level board 235 and the vertical plate being vertically fixed on level board 235 236, perpendicular
There are two sliding slot is determined, the side of parallel sliding track 231, which corresponds to erect to be slidably mounted on, determines cunning for one side of the board of straight panel 236 or so installation
In slot, the opposite side of parallel sliding track 231 is fixedly connected with the one side of the board of lifter slide 232, the plate face opposite side of lifter slide 232
It is fixedly connected with horizontal connecting plate 237, lifter slide 232, connecting plate 237 are moved up and down together with parallel sliding track 231.
Installation ball-screw 233, ball-screw are erect between parallel sliding track 231 in the plate face of lifter slide 232
233 nut is fixedly connected on vertical plate 236, at the top of lifter slide 232 equipped with horizontal installing plate 238, ball wire
Screw rod one end of thick stick 233 passes through installing plate 238, and lifting motor 234 is also secured on installing plate 238, the power of lifting motor 234
End passes through installing plate 238 in the same direction with screw rod, using the power end of synchronous pulley connection lifting motor 234 and across installing plate 238
Screw rod one end, lifting motor 234 pass through synchronous pulley drive ball-screw 233 with respect to its nut move up and down so that lifting
Slide plate 232 also with moving up and down together.
Position sensor 239 is had additional on elevating mechanism 230, for coordinating the movement voyage of control elevating mechanism, really
It is accurate to protect transmission.For elevating mechanism, lifting motor is used to be driven on lifter slide by ball-screw in the present embodiment
Lower movement, as long as it is identical that lifter slide can be driven to achieve the effect that, the utility model can also use cylinder to be filled as power
It puts or servo motor can also be used to be driven by rack and pinion assembly or belt wheel belt component, equally can also conform to
It asks.
Fig. 6 and Fig. 8 are referred to, level board 235 is fixedly connected on the quiet bottom plate 211 of quiet carriage mechanism 210, entire to lift
Mechanism 230 protrudes through the dynamic bottom plate 221 of dynamic carriage mechanism 220, and the correspondence of connecting plate 237 is fixedly connected with dynamic bottom plate 221, so as to make
Obtaining elevating mechanism 230 can drive the entire dynamic relatively quiet carriage mechanism 210 of carriage mechanism 220 to move up and down.In order to reach balance
Counterweight, elevating mechanism 230 will be mounted on the middle part of bottom plate, and two groups of shaft OQ t mechanisms 230 are symmetrical.
Refer to Fig. 3 and Fig. 5, two sets of lamination lifting gears or so are mounted side by side in device housings, close to feed inlet
Lamination lifting gear is the double transit domain of 150 rising of carrier, and the lamination lifting gear close to discharge port is under carrier 150
The double transit domain of drop.Quiet, turn axis passes through the upper surface of base member case 120 and the bottom thermal insulative board of thermal insulation case 110, upper part
I.e. entire tray is partially in the hot environment of thermal insulation case 110, and transport carrier 150, two conveyors 132 are lifted for lamination
It is passed through respectively between two groups of shafts of every set lamination lifting gear, carrier is shipped for by rising area using conveyor 132 with this
It domain and the carrier that puts down of region will be declined again carries out；Lower part, that is, entire bottom parts are in the room temperature of base member case 120
In environment, for installing various dynamic components.Reach better thermal insulation effect to distinguish two parts up and down, in quiet shaft
212 pass through the dead axle set 216 being socketed in the trepanning of bottom thermal insulative board with heat insulating function, are similarly also covered on turn axis 222
There is moving axis to cover 226, the heat for stopping hot environment transmits down.
Figure 10 and Figure 11 are referred to, shifting apparatus includes：It is respectively arranged on the folder in outside in the front and rear thermal insulative board of thermal insulation case 110
Hold mechanism and Power Component, Power Component drives clamping device to move by rope control assembly, since Power Component can not be
It works under hot environment, so having to Power Component separation being arranged on the outside of hot environment.
Figure 11 and Figure 12 are referred to, Power Component includes：It is horizontally mounted the power panel seat being fixed on the outside of front and rear thermal insulative board
311st, the power rail 312 for being parallel to front and rear thermal insulative board, is mounted on the power skateboard 313 being slidably connected in power rail 312
The power motor 314 of 312 one end of power rail and the power synchronous band 315 driven by power motor 314 by synchronizing wheel move
Power guide rail 312, power motor 314 and above-mentioned synchronizing wheel are mounted on the upper end of power panel seat 311 by respective base structure,
Power synchronous band 315 is parallel with power rail 312, and the first half and the fixed point of power skateboard 313 of power synchronous band 315 connect, by
Power motor 314 drives power skateboard 313 along 312 linear reciprocating motion of power rail by power synchronous band 315, in power
Clamping jaw cylinder 316 is also equipped on slide plate 313, clamping jaw cylinder 316 moves together with power skateboard 313.In the present embodiment
What is utilized is the kind of drive of stepper motor+synchronous belt, in other embodiments, as long as identical transmission effect can be reached,
Stepper motor+servo ball screw, rack and pinion assembly or belt wheel belt component can also be used or using straight line cylinder etc.
The kind of drive.
Figure 10 and Figure 11 are referred to, clamping device includes：The horizontal clamping panel seat 321 being set on the inside of front and rear thermal insulative board is set
Put the slide plate frame 322 below clamping panel seat 321 and pulley assembly and clip claw assembly on slide plate frame 322.It is pressing from both sides
The both sides for holding 321 bottom face of panel seat are equipped with parallel slide bar 323, and slide bar 323 is parallel to front and rear thermal insulative board, in slide plate frame 322
The both sides of upper end are equipped with two pairs of sliding sleeves 324, and the sliding sleeve 324 of both sides is correspondingly sleeved on slide bar 323 so that 322 energy of slide plate frame
Enough along 323 linear reciprocating motion of slide bar.
Figure 13 and Figure 14 are referred to, slide plate frame 322 is made of plane plate, and pulley assembly is mounted on slide plate frame 322
Plate face in the middle part of, pulley assembly includes：Inverted U-shaped locating rack 331, it is lower on be coaxially mounted to 332 and of head pulley in locating rack 331
From pulley 333, can be driven from 333 synchronous rotary of pulley with concentric shafts head pulley 332 by this.From pulley 333
The symmetrical driven steel wire rope 334 for being wound with two negative directions and stretching out, when head pulley 332, which drives, to be rotated from pulley 333, two driven
Steel wire rope 334 can be stretched and back and forth wind from pulley 333.
Two sets of clip claw assemblies are symmetrically mounted on the both sides of slide plate frame 322, clip claw assembly along the direction of driven steel wire rope 334
Including：A piece clamping jaw axis 341, the clamping jaw wheel 342 being fixed on clamping jaw axis 341, the vertical slotting solid clamping jaw at 341 middle part of clamping jaw axis
Connecting rod 343 and the L-shaped clamping jaw hook 344 for being fixedly connected on 341 both ends of clamping jaw axis.The both ends of clamping jaw axis 341 pass through bearing grafting
On bearing 345, bearing 345 is fixedly mounted on slide plate frame 322, and one end correspondence of driven steel wire rope 334 is around admittedly in clamping jaw wheel
On 342, when stretching driven steel wire rope 334, clamping jaw wheel 342 is driven to rotate, and clamping jaw axis 341 and 342 synchronous rotary of clamping jaw wheel,
So that clamping jaw axis 341 drives clamping jaw hook 344 to be rotated upwardly to horizontality, clamping jaw hook 344 is in open configuration at this time.Clamping jaw connects
The lower end that bar 343 protrudes from clamping jaw axis 341 is connected with a spring being stretched 346, and one end of spring 346 is towards pulley blocks
Part is fixed on slide plate frame 322, and spring 346 pulls the lower end of clamping jaw connecting rod 343 so that clamping jaw axis 341 drives clamping jaw hook 344
Vertical state is rotated down to, clamping jaw hook 344 is in gripping state at this time.In the inwardly outer rotation of clamping jaw axis 341, in order to
Rotation causes designated magnitude, i.e., when enabling clamping jaw in vertically or horizontally state, Bearing inner is both provided with limit component, plays
Assist the effect of 341 rotational positioning of clamping jaw axis.
Figure 11 and Figure 12 are referred to, rope control assembly includes：Directive wheel 351, transfer steel wire rope 352 and active steel wire rope
353, there are six the settings of directive wheel 351, is pulley by rotating horizontally and the pulley base of positioning pulley is supported to be formed.Wherein four
A directive wheel 351 respectively symmetrically mounted on 321 bottom end both sides of the both ends of power rail 312 and clamping panel seat, makes this four to lead
Four angles of rectangle are formd to the installation site of wheel 351, transfer steel wire rope 352 is wound on this four directive wheels 351, and transfer
Steel wire rope 352 by power skateboard 313 upper end and with power skateboard 313 fixed point connection, by slide plate frame 322 lower end and with
The fixed point connection of slide plate frame 322 so that power skateboard 313 can drive the reciprocal fortune together of slide plate frame 322 by transfer steel wire rope 352
It is dynamic；And remaining two directive wheels 351 are separately mounted to one end of power rail 312 and clamp 321 bottom end side of panel seat, one
One end of root active steel wire rope 353 is fixedly connected with the power rod end of clamping jaw cylinder 316, and the other end bypasses the two directive wheels 351
After be fixedly connected with head pulley 332, head pulley 332 is driven to rotate by active steel wire rope 353 by clamping jaw cylinder 316.Transfer steel wire
Rope 352 and active steel wire rope 353 will be attached across front and rear thermal insulative board.
Fig. 3 and Fig. 5 are referred to, is mounted side by side on device housings before and after two sets of shifting apparatus, clamping device is located at thermal insulation
The inside of case 110 often covers clamping device correspondence and is mounted on quiet, the turn axis top of left and right side by side, and clamping panel seat 321 is lifted on interior
The lower end of support plate 112, and being located at interval at below the top thermal insulative board of thermal insulation case 110, the left and right sides of inner support plate 112 pass through interior
Orifice plate 113 is fixedly mounted on the bottom thermal insulative board of thermal insulation case 110, and the interval of inner hole plate 113 is set on the two of two sets of lamination lifting gears
Side；Power Component is located at the front and rear outside of thermal insulation case 110, and Power Component carries out installation fixation by its power panel seat 311.
Fig. 2 and Fig. 3 are referred to, heating circulation system includes：The heating tube 410 of stainless steel, centrifugal wind wheel 420 and
High efficiency particulate air filter 430, multiple heating tubes 410 being mutually parallel be arranged on the top thermal insulative board of thermal insulation case 110 and inner support plate 112 it
Between, one end of heating tube 410 is mounted on the front and rear thermal insulative board of thermal insulation case 110.Centrifugal wind wheel 420 can set two, centrifuge wind
Wheel 420 is mounted on inside the left and right side thermal insulative board of thermal insulation case 110, and positioned at heating tube 410 or so on one side, centrifugal wind wheel 420 is
It is driven by the wind wheel motor 421 for being located at 110 outside of thermal insulation case.High efficiency particulate air filter 430 is erect mounted on the outer of both sides inner hole plate 113
There are gaps between the left and right thermal insulative board of side, high efficiency particulate air filter 430 and thermal insulation case 110.When heating circulation system works, by centrifuging
Wind wheel 420 endlessly blows to the thermal current around heating tube 410 in the gap on centrifugal wind wheel opposite, and thermal current passes through successively
Side high efficiency particulate air filter, two sets of lamination lifting gears, opposite side high efficiency particulate air filter are crossed, is finally returned from the gap below centrifugal wind wheel
Centrifugal wind wheel is flowed to, completes furnace heat cycle.Benefit wind is provided on thermal insulation case 110 of the centrifugal wind wheel 420 with respect to opposite side
Mouth 440, for supplementing furnace gas.Exhaust gas discharge wind turbine 450 is also had additional between two centrifugal wind wheels 420, coordinates exhaust gas
Discharge wind turbine 450 is additionally provided with Waste gas outlet on thermal insulation case 110, when blow-on is needed to overhaul, exhaust gas can be used to discharge wind
Machine discharges furnace gas.High efficiency particulate air filter is in order to further ensure cleanliness factor in stove.
For the ease of understanding this programme, the course of work of this equipment once is described below：
First, the carrier for putting product well is entered material feeding box by conveyor from feed inlet, is preheated；
2nd, the dynamic carriage mechanism of elevated areas moves downwardly to lower station, moves bracket expansion, waits for from conveyor supplied materials,
The lowermost, which moves bracket height, at this time will be less than the height of conveyor；
3rd, carrier is transported to the underface of elevated areas, and dynamic carriage mechanism moves upwards, and the lowermost is moved bracket and lifted
Carrier in conveyor, at this time quiet tray pack up；
4th, the dynamic carriage mechanism of elevated areas continues up supreme station, quiet tray expansion, and dynamic bracket is packed up, object
Material is fallen on quiet tray；
5th, the dynamic carriage mechanism of elevated areas moves to lower station still further below, and dynamic bracket is unfolded again, and the lowermost moves support
Frame waits for supplied materials, and the dynamic brackets of others hold the material on quiet bracket, are repeated in above-mentioned steps three to five, you can by carrier from
Under be up successively transported to topmost, in this transportational process, the product on carrier is cooled uniformly drying and processing；
6th, power motor pulls transfer steel wire rope by power skateboard, and transfer steel wire rope drives slide plate frame to be transported along slide bar
The surface of elevated areas is moved, is positioned；
7th, clamping jaw cylinder is rotated by active rope belt movable pulley component, makes the driven steel wire from pulley loose ends
Rope, while under the pulling force effect of spring, the lower end of clamping jaw connecting rod is pulled, clamping jaw wheel inwardly rotates so that clamping jaw axis drives
Clamping jaw hook rotates down to vertical state, and both sides clamping jaw hook collective effect catches on the carrier of elevated areas the top；
8th, power motor pulls transfer steel wire rope by power skateboard, and transfer steel wire rope drives slide plate frame straight along slide bar
Line is positioned to the underface for declining region；
9th, the dynamic carriage mechanism for declining region rises to station, moves bracket expansion, quiet tray is packed up during this；
Tenth, clamping jaw cylinder is rotated by active rope belt movable pulley component, and pulley assembly stretches the driven steel wire at both ends
Rope, and overcomes the pulling force of spring, and clamping jaw wheel rotates outward so that and clamping jaw axis drives clamping jaw hook to be rotated upwardly to horizontality, and two
Side clamping jaw hook unclamps carrier simultaneously, is put on the dynamic bracket of the top；
11, the dynamic carriage mechanism for declining region drops to lower station, quiet tray expansion, and dynamic bracket is packed up, and material is fallen into
On quiet tray；The lowermost carrier is fallen in conveyor；
12, the dynamic carriage mechanism for declining region rises to station, and dynamic bracket is unfolded again, dynamic bracket of the top etc.
Treat supplied materials, the dynamic brackets of others hold the carrier on quiet bracket, are repeated in above-mentioned steps ten to 12, you can by carrier from upper
It is successively transported to bottom down, in this transportational process, the product on carrier is cooled uniformly drying and processing；
13, the carrier for falling into conveyor enters feed box, is cooled down, finally from discharge hole for discharge.
The above descriptions are merely preferred embodiments of the present invention, and not the utility model is made in any form
Limitation, any those skilled in the art are not being departed from the range of technical solutions of the utility model, the skill according to the utility model
Any brief introduction modification, equivalent variations and the modification that art substantially makees above example, still fall within the utility model technical side
In the range of case.
Claims (10)
1. a kind of vertical automatic oven, which is characterized in that including：Base member case, the thermal insulation case mounted on base member case upper end, left and right are simultaneously
Arrange two sets of lamination lifting gears of installation, for the shifting apparatus that is transported between two sets of lamination lifting gears and for thermal insulation case
Interior heating circulation system, the upper surface of the base member case are provided through the conveyor component of thermal insulation case along its length,
Conveyor component one end is feed inlet, and the other end is discharge port；
The lamination lifting gear includes：Quiet, dynamic carriage mechanism and elevating mechanism, quiet carriage mechanism include：Quiet bottom plate, four pieces one
The quiet shaft of group and the runner assembly for driving one group of quiet shaft synchronous rotation, every group of quiet rectangular corner location of shaft are mounted on quiet
On bottom plate, multiple quiet trays, one group of every two adjacent quiet shafts are fixedly connected in the top class interval of every group of quiet shaft
On quiet tray it is opposite and set；The dynamic carriage mechanism is identical with quiet carriage mechanism structure, and dynamic carriage mechanism includes：Dynamic bottom plate,
The runner assembly that one group of turn axis, moving axis set, dynamic tray and driving turn axis rotate；The elevating mechanism includes：Mounting, lifting
Slide plate and transmission component, mounting are made of level board and the vertical plate being vertically fixed on level board, in the plate face of vertical plate
Side slides up and down the one side of the board of connection lifter slide by transmission component, and the plate face opposite side of lifter slide is fixedly connected with water
Flat connecting plate；Dynamic carriage mechanism is mounted on the top of quiet carriage mechanism, and quiet shaft passes through dynamic bottom plate, and level board is fixedly connected on
On quiet bottom plate, entire elevating mechanism protrudes through dynamic bottom plate, and connecting plate correspondence is fixedly connected with dynamic bottom plate so that elevating mechanism can
Drive the entirely relatively quiet carriage mechanism up and down motion of dynamic carriage mechanism；
Lamination lifting gear close to feed inlet is carrier elevated areas, and the lamination lifting gear close to discharge port is declines area
Domain, quiet, turn axis pass through the upper surface of base member case and the bottom thermal insulative board of thermal insulation case, and quiet, the dynamic bottom parts of lower part are in bottom
In the room temperature environment of seat-box；Quiet, the dynamic tray of upper part is partially in the hot environment of thermal insulation case, the transmission of conveyor component
Band passes through respectively between two groups of shafts of every set lamination lifting gear.
2. vertical automatic oven according to claim 1, which is characterized in that the shifting apparatus includes：Be respectively arranged on every
The clamping device in outside and Power Component and rope control assembly in the front and rear thermal insulative board of incubator, Power Component are mounted on front and rear
On power panel seat on the outside of thermal insulative board, clamping device includes：It is horizontally arranged at the clamping panel seat on the inside of front and rear thermal insulative board, slip connects
The slide plate frame and pulley assembly and clip claw assembly on slide plate frame being connected below clamping panel seat；
The rope control assembly includes：Directive wheel and transfer steel wire rope, wherein four directive wheels are respectively symmetrically mounted on power
Panel seat upper end both sides and clamping panel seat bottom end both sides, make the installation site of this four directive wheels form four angles of rectangle, transfer
Thermal insulative board is wound on this four directive wheels before and after steel wire penetrating, and transfer steel wire rope is determined by Power Component and with Power Component
Point connection, the lower end by slide plate frame are simultaneously connected with slide plate frame fixed point so that Power Component passes through transfer steel wire rope and drives slide plate
Frame is moved back and forth along clamping panel seat；It is mounted side by side before and after two sets of shifting apparatus, often covers clamping device and correspond to mounted on left and right simultaneously
Above two groups of shafts of row.
3. vertical automatic oven according to claim 2, which is characterized in that the clamping panel seat is lifted on inner support plate
Lower end, inner support plate are located at interval at below the top thermal insulative board of thermal insulation case, and the left and right sides of inner support plate is fixed by inner hole plate pacifies
Dress, inner hole plate interval are set on the both sides of two sets of lamination lifting gears.
4. vertical automatic oven according to claim 3, which is characterized in that the heating circulation system includes：Heating tube,
Centrifugal wind wheel and high efficiency particulate air filter, multiple heating tubes being mutually parallel be arranged on the top thermal insulative board of thermal insulation case and inner support plate it
Between, centrifugal wind wheel is mounted on inside the left and right thermal insulative board of thermal insulation case and positioned at heating tube one side, and high efficiency particulate air filter setting is mounted on
There are gaps between the left and right thermal insulative board of the outside of both sides inner hole plate, high efficiency particulate air filter and thermal insulation case；By centrifugal wind wheel in a steady stream not
In the disconnected gap that the thermal current around heating tube is blowed to centrifugal wind wheel opposite, thermal current is successively by side high efficiency filter
Device, two sets of lamination lifting gears, opposite side high efficiency particulate air filter, finally flow back into centrifugal wind wheel from the gap below centrifugal wind wheel.
5. vertical automatic oven according to claim 2, which is characterized in that the Power Component includes：Mounted on power
The power rail for being parallel to front and rear thermal insulative board, the power skateboard being slidably connected in power rail on panel seat, mounted on power
The power motor of guide rail one end and the power synchronous band driven by power motor by synchronizing wheel, power synchronous band and power guide
Rail is parallel, and the first half and the power skateboard fixed point of power synchronous band connect, and transfer steel wire rope is connected on power skateboard, by power
Motor stretches transfer steel wire rope by power skateboard.
6. vertical automatic oven according to claim 5, which is characterized in that the pulley assembly is mounted on the plate of slide plate frame
Middle face, pulley assembly include：Inverted U-shaped locating rack, it is lower on be coaxially mounted to head pulley in locating rack and from pulley, from pulley
On be symmetrically wound with the driven steel wire rope that two negative directions stretch out；Equipped with clamping jaw cylinder, the rope control on the power skateboard
Component further includes active steel wire rope, and power panel seat upper end side and clamping panel seat bottom end are separately mounted to using two directive wheels
Side, one end of active steel wire rope are fixedly connected with the power rod end of clamping jaw cylinder, and the other end connects after bypassing the two directive wheels
In head pulley, active steel wire rope is pulled to drive head pulley rotation by clamping jaw cylinder, head pulley is driven from pulley synchronous rotary, from cunning
Wheel redraws the driven steel wire rope at both ends.
7. vertical automatic oven according to claim 6, which is characterized in that two sets of clip claw assemblies are along driven steel wire rope
Direction is symmetrically mounted on the both sides of slide plate frame, and clip claw assembly includes：A piece clamping jaw axis, hangs down at the clamping jaw wheel being fixed on clamping jaw axis
The solid clamping jaw connecting rod in the middle part of clamping jaw axis of straight cutting and the clamping jaw hook for being fixedly connected on clamping jaw axis both ends, the both ends of clamping jaw axis pass through
Bearing is plugged on bearing, and bearing is fixedly mounted on grillage, and one end of driven steel wire rope, which corresponds to, to be wrapped on clamping jaw wheel, is stretched
Driven steel wire rope drives clamping jaw wheel and clamping jaw axis synchronous rotary so that clamping jaw axis drives clamping jaw hook to be rotated upwardly to horizontality；
The lower end that clamping jaw connecting rod protrudes from clamping jaw axis is connected with a spring being stretched, and one end of spring is fixed towards pulley assembly
On grillage, spring pulls the lower end of clamping jaw hook link so that clamping jaw axis drives clamping jaw to rotate down to vertical state.
8. vertical automatic oven according to claim 1, which is characterized in that the runner assembly includes：It stirs cylinder, pass
Lever, poke rod and slide block, the cylinder body end for stirring cylinder are horizontally arranged on cylinder block, and cylinder block is inverted U shape structure,
Cylinder block is fixedly connected on quiet or dynamic bottom plate, stir cylinder positioned at one group quiet or turn axis between, in the activity for stirring cylinder
The drive link that connection is synchronized with the movement below rod end, the length placing direction of drive link move that direction is identical, and the two of drive link
End is vertically fixedly connected with the middle part of poke rod；
One end of slide block rotates horizontally the both ends for being connected to poke rod, the slide block at a poke rod both ends and quiet or dynamic tray
Two set relatively are quiet or turn axis is respectively perpendicular and is fixedly connected, and poke rod drives slide block with quiet or dynamic by linear motion
It is rotated centered on shaft, passes through quiet or turn axis rotation so that quiet or dynamic tray rotation is in expansion or collapsed state.
9. vertical automatic oven according to claim 8, which is characterized in that had additional below the poke rod and stir cunning
Rail is stirred sliding rail and is mounted on quiet or dynamic bottom plate, stirs to be connected on sliding rail and stir sliding block, poke rod is with stirring on sliding block
Under be fixedly connected, poke rod move when drive stir sliding block linear slide on sliding rail is stirred.
10. vertical automatic oven according to claim 1, which is characterized in that the left and right sides of the thermal insulation case increases respectively
Equipped with material feeding box and feed box, mounted on the upper end of base member case, the left and right outboard end of material feeding box corresponds to for material feeding box and feed box
Transmission rim end is feed inlet, and preheating assembly is provided in material feeding box, and the corresponding outboard end of feed box is discharge port, is discharged
Cooling component is provided in case.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721459110.XU CN207515437U (en) | 2017-11-03 | 2017-11-03 | A kind of vertical automatic oven |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721459110.XU CN207515437U (en) | 2017-11-03 | 2017-11-03 | A kind of vertical automatic oven |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207515437U true CN207515437U (en) | 2018-06-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721459110.XU Expired - Fee Related CN207515437U (en) | 2017-11-03 | 2017-11-03 | A kind of vertical automatic oven |
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| CN (1) | CN207515437U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113040179A (en) * | 2021-04-02 | 2021-06-29 | 义乌工商职业技术学院 | Automatic baking equipment capable of baking in full-closed mode |
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2017
- 2017-11-03 CN CN201721459110.XU patent/CN207515437U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113040179A (en) * | 2021-04-02 | 2021-06-29 | 义乌工商职业技术学院 | Automatic baking equipment capable of baking in full-closed mode |
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Granted publication date: 20180619 Termination date: 20201103 |