CN207515492U - A kind of conveying device of mosquito-repellent incense blank disk - Google Patents
A kind of conveying device of mosquito-repellent incense blank disk Download PDFInfo
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- CN207515492U CN207515492U CN201721431115.1U CN201721431115U CN207515492U CN 207515492 U CN207515492 U CN 207515492U CN 201721431115 U CN201721431115 U CN 201721431115U CN 207515492 U CN207515492 U CN 207515492U
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- mosquito
- repellent incense
- screen tray
- conveyor chain
- drying chamber
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Abstract
The utility model discloses a kind of conveying device of mosquito-repellent incense blank disk, the conveyor chain including being used to put the mosquito-repellent incense screen tray of mosquito-repellent incense blank disk and for the mosquito-repellent incense screen tray to be driven to transmit, conveyor chain is assemblied on drive sprocket.Between accumbency is installed on the conveyor chain of one group of parallel setting in a manner that activity is pivotally connected, the lower section of mosquito-repellent incense screen tray is hung with to be conducive to the weight for keeping equilibrium state of the mosquito-repellent incense screen tray in transmission process by tightrope mosquito-repellent incense screen tray.After above-mentioned technical proposal, a kind of conveying device of mosquito-repellent incense blank disk of the utility model, weight is set to keep equilibrium state of the mosquito-repellent incense screen tray in transmission process in the lower section of mosquito-repellent incense screen tray, realize full-automatic drying, it is high in machining efficiency, it turns back especially suitable for detour the conveyor chain of setting, the heat utilization rate of tunnel type heat preservation and dryness drying chamber can be improved.
Description
Technical field
The utility model is related to a kind of mosquito-repellent incense drying technical fields, dehumidify more particularly to a kind of full-automatic tunnel type closed loop
Mosquito-repellent incense drying device.
Background technology
The stamped molding machine punch forming of existing mosquito-repellent incense blank is simultaneously transferred to mosquito-repellent incense drying chamber after demoulding and is dried, and dries
Mosquito-repellent incense is collected by receiving fragrant device afterwards.
In traditional technology, the mosquito-repellent incense after demoulding is usually dried by being manually transferred in mosquito-repellent incense drying chamber, people again after drying
Work is transferred to the fragrant device of receipts.In this way, efficiency is low and high labor cost.In order to improve the degree of automation of mosquito-repellent incense drying process, city
There is a kind of tunnel type drying chamber on, mosquito-repellent incense blank disk inclination pile-up is even fallen on mosquito-repellent incense screen tray in order to prevent, for putting
The mosquito-repellent incense screen tray for putting mosquito-repellent incense blank disk is usually fixed on conveyor chain, not rotatably, to keep the storing face of mosquito-repellent incense screen tray always
Upward.Further result in be fixed on tunnel type drying chamber conveyor chain be typically only capable to one-way transmission setting, it is impossible to detour is turned back.
Lead to traditional tunnel type drying chamber length is long, take up a large area, heat utilization rate is low etc., therefore this case utility model people in this way
Make every effort to design a kind of conveying device of mosquito-repellent incense blank disk for adapting to the movement locus that detour is turned back.
Utility model content
In view of this, the purpose of this utility model is to provide one kind is high in machining efficiency, and can remain mosquito-repellent incense blank disk
In the mosquito-repellent incense screen tray of the equilibrium state of transmission process, particularly applicable detour is turned back the conveyor chain of setting.
In order to achieve the above objectives, the technical solution of the utility model is：
A kind of conveying device of mosquito-repellent incense blank disk, including being used to put the mosquito-repellent incense screen tray of mosquito-repellent incense blank disk and for driving the mosquito-repellent incense
The conveyor chain of screen tray transmission, the conveyor chain are assemblied on drive sprocket, and the mosquito-repellent incense screen tray is in a manner that activity is pivotally connected
Accumbency is installed between the conveyor chain of one group of parallel setting, and the lower section of the mosquito-repellent incense screen tray is hung favorably by tightrope
In the weight for keeping equilibrium state of the mosquito-repellent incense screen tray in transmission process.
The mosquito-repellent incense screen tray is rectangle, and is had a first end and a second end, and the first end and the second end are respectively by turning
Axis is articulated on the conveyor chain, and the weight is hung on by two tightropes on the mosquito-repellent incense screen tray, and two institutes
State the position that tightrope accordingly lies in the both sides of the central axis of mosquito-repellent incense screen tray described in the mosquito-repellent incense screen tray upper edge.
The weight is set to the underface of the mosquito-repellent incense screen tray or is respectively arranged at the first end of the mosquito-repellent incense screen tray
With the lower section of second end.
The quantity of the weight is for one or a plurality of.
After adopting the above technical scheme, a kind of conveying device of mosquito-repellent incense blank disk of the utility model, in the lower section of mosquito-repellent incense screen tray
Suspension weight is to keep equilibrium state of the mosquito-repellent incense screen tray in transmission process, and the full-automatic drying of realization is high in machining efficiency, especially
It turns back suitable for the detour being set on tunnel type heat preservation and dryness drying chamber side wall the conveyor chain of setting, tunnel type heat preservation can be improved
The heat utilization rate of dry drying chamber.
Description of the drawings
Fig. 1 is the side structure schematic view of the utility model；
Fig. 2 is the overlooking the structure diagram (omitting closed loop dehumidifying heat pump dryer) of the utility model；
Fig. 3 is the movement locus structure diagram (omitting mosquito-repellent incense screen tray) of conveyor chain in the utility model embodiment one；
Fig. 4 is the movement locus structure diagram (omitting weight) of mosquito-repellent incense screen tray in the utility model embodiment one；
Fig. 5 is the structure diagram of mosquito-repellent incense screen tray in the utility model；
Fig. 6 is the movement locus structure diagram of conveyor chain in the utility model embodiment two；
Fig. 7 is the side structure schematic view of the utility model embodiment four.
In figure：
Heat preservation and dryness drying chamber -1；The first side wall -11；
Second sidewall -12；Drive sprocket -13
First sprocket wheel -131；Second sprocket wheel -132；
Conveyor chain -14；Drive sprocket -15；
Strengthen sprocket wheel -16；Second transition sprocket wheel -17；
Dry-heat air air inlet -18；Moisten hot air outlet -19；
Closed loop dehumidifying heat pump dryer -2；Compressor -21；
Exhaust fan -22；Condenser -23；
Evaporator -24；Dry-heat air air outlet -27；
Moisten hot wind return air inlet -28；Mosquito-repellent incense screen tray -3；
Shaft -31；Weight -4；
Hoisting frame -5；First Transition sprocket wheel -51；
Transition bench -6；Air supply duct -7；
Return air duct -8；Wet mosquito-repellent incense -9；
Decelerating motor -10.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into
Row elaborates.
Embodiment one
A kind of full-automatic tunnel type closed loop dehumidifying mosquito-repellent incense drying device, as Figure 1-Figure 5, including heat preservation and dryness drying chamber 1
With closed loop dehumidifying heat pump dryer 2, closed loop dehumidifying heat pump dryer 2 is set on outside heat preservation and dryness drying chamber 1, closed loop dehumidifying heat pump drying
It is connected connection by air supply duct 7 and return air duct 8 respectively between machine 2 and heat preservation and dryness drying chamber 1, forms soft circulation circuit,
That is closed-loop dehumidification loop.The inside of heat preservation and dryness drying chamber 1 is the drying channel of accommodating mosquito-repellent incense screen tray 3, closed loop dehumidifying heat pump drying
The inside of machine 2 has wind passage.
Heat preservation and dryness drying chamber 1 is tunnel type heat preservation and dryness drying chamber, including the first side wall 11 being oppositely arranged and second sidewall
12 and the roof and bottom wall that are oppositely arranged, it is sequentially connected enclosing between the first side wall 11, roof, second sidewall 12 and bottom wall
Form above-mentioned drying channel.Closed loop dehumidifying heat pump dryer 2 be set on heat preservation and dryness drying chamber 1 it is outer close to the position of the first side wall 11,
Close to the position of second sidewall 12 or the top position of roof.In the present embodiment, it is dry that heat preservation is set on the heat pump dryer 2 that dehumidifies
For the top position of the roof of dry drying chamber 1.Heat preservation and dryness drying chamber 1 is equipped with inlet end and an outlet end, and inlet end and an outlet end
Respectively positioned at the both ends of the length direction of heat preservation and dryness drying chamber 1.Heat preservation and dryness drying chamber 1 is at least equipped with a closed loop dehumidifying heat pump
Dryer 2.
Closed loop dehumidifying heat pump dryer 2 includes compressor 21, exhaust fan 22, condenser 23 and evaporator 24.Closed loop dehumidifies
Heat pump dryer 2 is equipped with dry-heat air air outlet 27 and moistening hot wind return air inlet 28, dry-heat air air outlet 27 and moistening hot wind
Return air inlet 28 is located at the both ends of wind passage on closed loop dehumidifying heat pump dryer 2.Condenser 23 is used for heating, drying air, evaporation
Device 23 is for dehumidifier and absorbs the potential heat of humid air.Evaporator 24, compressor 21 and condenser 23 were set in turn in wind and led to
In road, exhaust fan 22 is set at following dry-heat air air inlets 18, and passes through air supply duct 7 and 27 phase of dry-heat air air outlet
Connection connection.Condenser 23 is located at close to the position of exhaust fan 22, and evaporator 24 is located remotely from the position of exhaust fan 22, compressor
21 are set between condenser 23 and evaporator 24.The output terminal of compressor 21 is connected to the input terminal of condenser 23, condenser
23 output terminal is connected to the input terminal of evaporator 24, and evaporator 24 is equipped with the water-collecting tray and and water-collecting tray for collecting condensed water
It is connected connection for the aqueduct (not shown) for discharging condensed water, aqueduct is by closed loop dehumidifying heat pump dryer 2
It extends to outside closed loop dehumidifying heat pump dryer 2.In this way, evaporator 24 can be by absorbing the humid air in heat preservation and dryness drying chamber 1
Potential heat, then by outside condensed water discharge heat preservation and dryness drying chamber 1, i.e., do not discharge heat outwardly, avoid that energy is caused to damage
Consumption.
The position point that the roof of heat preservation and dryness drying chamber 1 is connected with dry-heat air air outlet 27 and 2 phase of moistening hot wind return air inlet
Dry-heat air air inlet 18 and moistening hot air outlet 19 are not offered accordingly.Dry-heat air air outlet 27 and air supply duct 7
One end is connected connection, and the other end of air supply duct 7 is connected with dry-heat air air inlet 18 to be connect, i.e., with heat preservation and dryness drying chamber
1 drying channel is connected.The both ends of return air duct 8 are respectively accordingly with moistening hot air outlet 19 and moistening hot wind return air inlet 28
Be connected connection, that is, the wind passage for moistening hot air outlet 19 with closed loop dehumidifying heat pump dryer 2 is connected.Exhaust fan 22 is set
It is placed at dry-heat air air inlet 18 and can ensure that high temperature air (i.e. hot wind) caused by heat preservation and dryness drying chamber 1 is passed through air-supply leads to
Road 7 is delivered to the drying channel of heat preservation and dryness drying chamber 1, and for the drying of wet mosquito-repellent incense 9, exhaust fan 22 drives heat preservation and dryness drying chamber
Air circulation in 1, exhaust fan 22 is so that generate uniform high wind convection current in heat preservation and dryness drying chamber 1 so that the wet mosquito in dry
Fragrant 9 surfaces are kept humidity in heat preservation and dryness drying chamber 1 low, ensure that mosquito-repellent incense is not mouldy, never degenerates in drying process without moisture film, there are no
The effect of mosquito-repellent incense in drying need to be stirred, mosquito-repellent incense is not destroyed while saving cost of labor and condition.
The compressor 21 of the utility model takes turns special-purpose high temperature compressor using U.S. paddy.It should be noted that this practicality is new
The composition structure and operation principle of closed loop dehumidifying heat pump dryer 2, are routine techniques in type, with closed loop dehumidifying heat pump dryer
2 can realize refrigeration and exothermic cyclic process.Patent No. 201520505943.X such as can be used, patent name is " one
Heat pump in kind mosquito-repellent incense baking system ".
The wetting heat of wind passage of the evaporator 24 with sucking closed loop dehumidifying heat pump dryer 2 from moistening hot wind return air inlet 28
Wind facies contacts, and moistening hot wind condenses at evaporator 24, generates condensed water, and condensed water is temporarily stored in above-mentioned water-collecting tray, and
The condensed water on water-collecting tray is expelled to closed loop in time by above-mentioned aqueduct afterwards to dehumidify outside heat pump dryer 2.Condenser 23 is right
Air after dehumidifying (i.e. across evaporator 24) is reheated.During work, exhaust fan 22 is driven in heat preservation and dryness drying chamber 1
The cycle of the air of (i.e. drying channel), air form hot-air after passing through condenser 23, heat wet mosquito-repellent incense 9 to be dried, band
Go out moisture, become 55 DEG C or so moist of hot-air, this hot-air reenters closed loop dehumidifying from moistening hot wind return air inlet 28
In the wind passage of heat pump dryer 2, across evaporator 24, condensation generates droplet, and droplet is fallen in water-collecting tray, passes through water guide
Outside pipe discharge heat preservation and dryness drying chamber 1, dewatered air is then passed through forming hot-air after condenser 23 heats, and so recycles, no
The disconnected relative humidity reduced in heat preservation and dryness drying chamber 1, achievees the purpose that dry.In this way, evaporator 24 absorbs thermal energy, condenser 23
Thermal energy is discharged, in the drying process, the only condensed water discharged, without energy loss, energy percentage hundred recycles, therefore dry
It is efficient；And do not influenced in drying process by ambient temperature and humidity, high energy efficiency can be kept throughout the year, be suitble to any gas
Time condition；In addition, external dust cannot be introduced into, and the active ingredient of mosquito-repellent incense will not be caused to be lost in.
The first side wall 11 and second sidewall 12 are equipped with conveyor chain 14, mutually should be the first conveyor chain and second defeated respectively
Chain is sent, the movement locus of conveyor chain 14 is turns back (i.e. waveform) along the route detour of S-shaped from top to bottom.The first side wall 11
Madial wall and second sidewall 12 madial wall on by install bearing be equipped be meshed with conveyor chain 14 it is a plurality of
Drive sprocket 13.Conveyor chain 14 is assemblied on drive sprocket 13, and drive sprocket 13 has the steering that conveyor chain 14 is turned back
Effect also has and 14 intermeshing gearing of conveyor chain.
To be set on the drive sprocket 13 of the first side wall 11 as the first drive sprocket group, set on the drive sprocket of second sidewall 12
13 be the second drive sprocket group.Each drive sprocket 13 of first drive sprocket group is respectively arranged at the place that turns back of detour zigzag,
Between having the function of conveyor chain 14 is turned back or is set to and respectively turning back, increase its nibbling between conveyor chain 14
Resultant force is to assist conveying.First conveyor chain is assemblied in each drive sprocket 13 of the first drive sprocket group according to movement locus successively
On, the first conveyor chain is meshed with each drive sprocket 13 of the first drive sprocket group.Each transmission chain of second drive sprocket group
Wheel 13 and each drive sprocket 13 of the first drive sprocket group are arranged in a one-to-one correspondence.Second conveyor chain fills successively according to movement locus
On each drive sprocket 13 assigned in the second drive sprocket group.In this way, the first conveyor chain and the parallel installation of the second conveyor chain,
The two forms chain bridge, which is used to connect mosquito-repellent incense screen tray 3.Mosquito-repellent incense screen tray 3 is installed on chain bridge with movable pivot earthing mode accumbency
Between (i.e. the first conveyor chain and the second conveyor chain).It should be noted that mosquito-repellent incense screen tray 3, conveyor chain 14 and transmission chain
13 are taken turns, the conveying device of mosquito-repellent incense blastodisc, the conveying available for mosquito-repellent incense blank disk in mosquito-repellent incense production line are complemented each other to form between three.
Using orientation shown in Fig. 3 as reference azimuth, in the present embodiment, each drive sprocket 13 of the first drive sprocket group is distinguished
The place that turns back of zigzag is set to, each drive sprocket 13 of the first drive sprocket group substantially forms left-hand line and right-hand column, left side
Each drive sprocket 13 of row and right-hand column is in sequence is set one by one in short transverse, it is preferable that each adjacent biography of left-hand line
Vertical range between movable sprocket 13 is equal, and the vertical range between each adjacent drive sprocket 13 of right-hand column is equal.And two
The vertical range of person is equal.The input end of heat preservation and dryness drying chamber 1 is located at left side, and the port of export of heat preservation and dryness drying chamber 1 is located at right side.
The drive sprocket 13 of the highest order of left-hand line is the second sprocket wheel 132, and the drive sprocket 13 of the highest order of right-hand column is the first sprocket wheel
131.Second sprocket wheel 132 is located at the position of the input end close to heat preservation and dryness drying chamber 1, and it is dry that the first sprocket wheel 131 is located remotely from heat preservation
The position of the input end of dry drying chamber 1.The mounting height of first sprocket wheel 131 is higher than the mounting height of the second sprocket wheel 132.It is assemblied in
Conveyor chain 14 on each drive sprocket 13 of one drive sprocket group from left side lateral transfer to the right, and after turning back from right side to
Left side lateral transfer, such detour.
Wet mosquito-repellent incense 9 is inputted by the input end of heat preservation and dryness drying chamber 1, is exported after dry by the port of export.Outside heat preservation and dryness drying chamber 1
Hoisting frame 5, the superposed output terminal of hoisting frame 5 and the import of heat preservation and dryness drying chamber 1 are equipped with positioned at the side of its input end
End is mutually connected.The side for being located at its port of export outside heat preservation and dryness drying chamber 1 is equipped with transition bench 6.Transition bench 6 and heat preservation and dryness drying chamber 1
The port of export be mutually connected, corresponding to heat preservation and dryness drying chamber 1 bottom wall set.The upper left of second sprocket wheel 132 is equipped with the first mistake
Sprocket wheel 51 is crossed, hoisting frame 5 is located relatively at below the left side of First Transition sprocket wheel 51, and a part for conveyor chain 14 is set around promotion
On frame 5.
First conveyor chain and the second conveyor chain sagging influence mosquito due to gravity factor during the work time in order to prevent
The efficiency of transmission of fragrant screen tray 3, between the adjacent drive sprocket 13 of the direction of transfer of 11 upper edge conveyor chain 14 of the first side wall respectively
Equipped with chain supporting guide, the corresponding site of conveyor chain 14 is stablized under the support of chain supporting guide and guiding role
Transmission.Chain supporting guide is correspondingly provided in second sidewall 12 in an identical manner.Hoisting frame 5 is chain lifting stent.
Chain supporting guide is equipped on the support arm of transition bench 6.The setting of chain supporting guide drives mosquito-repellent incense convenient for conveyor chain 14
Screen tray 3 carries out stablizing transmission.
Hoisting frame 5 is tilting rack, and transition bench 6 is horizontal platform.Hoisting frame 5 has the first support arm and second being arranged in parallel
Support arm forms between the first support arm and the second support arm and promotes channel.Transition bench 6 also have two opposite support arms, two
Output channel is formed between support arm.First conveyor chain and the extension of the second conveyor chain and accordingly winding are installed on hoisting frame 5
The first support arm and the second support arm on, in addition, the first conveyor chain and the second conveyor chain extend and were accordingly installed on
It crosses on two support arms of platform 6.The output of the promotion channel of hoisting frame 5, the drying channel and transition bench 6 of heat preservation and dryness drying chamber 1
Two two-phases are connected successively between channel.After 3 boosted frame 5 of mosquito-repellent incense screen tray promotes conveying, the drying into heat preservation and dryness drying chamber 1 is led to
Road is dried, and is exported after dry by the output channel of transition bench 6.
Using the bottom of hoisting frame 5 as input terminal, the input terminal of hoisting frame 5 is equipped with drive sprocket 15.The support arm of transition bench 6
On the second transition sprocket wheel 17 is installed, the first conveyor chain and the second conveyor chain are closed loop chain, are set around master successively
Movable sprocket 15, First Transition sprocket wheel 51 in 13 and second transition sprocket wheel 17 of drive sprocket, and return to master by the second transition sprocket wheel 17
The position of movable sprocket 15, i.e. the second transition sprocket wheel 17 are sequentially connected with drive sprocket 15.Conveyor chain 14 is (including the first carrier chain
Item and the second conveyor chain) by 15 engaged transmission of drive sprocket, drive sprocket 15 is driven by decelerating motor 10.Drive sprocket 15 with
The output shaft of decelerating motor 10 is sequentially connected.
It should be noted that the input terminal side for being located at hoisting frame 5 outside heat preservation and dryness drying chamber 1 is equipped with molding machine (in figure
It is not shown), the output terminal of the molding machine is connected with 3 phase of mosquito-repellent incense screen tray of the input terminal corresponding to hoisting frame 5.Wet mosquito-repellent incense 9 is
Mosquito-repellent incense blank disk.The output terminal side for being located at transition bench 6 outside heat preservation and dryness drying chamber 1 is equipped with the fragrant device (not shown) of receipts, transition
The output terminal of platform 6 is mutually connected with the input terminal of the receipts perfume (or spice) device.In the utility model, molding machine and the fragrant device of receipts use one's own profession
Existing known technology in the industry is not described in detail herein.
Mosquito-repellent incense screen tray 3 is rectangle, and setting is horizontally mounted along the width direction of heat preservation and dryness drying chamber 1.Mosquito-repellent incense screen tray 3 has
First end and second end, first end are installed on by shaft 31 on the first conveyor chain of the first side wall 11, and second end passes through another
One shaft 31 is installed on the second conveyor chain of second sidewall 12.The first end and second end of mosquito-repellent incense screen tray 3 and shaft 31 it
Between, alternatively, with activity between the second conveyor chain of the first conveyor chain and second sidewall 12 of shaft 31 and the first side wall 11
The mode of pivot joint links together.Preferably, shaft 31 is respectively pivoted to the first end and second end upper edge mosquito-repellent incense of mosquito-repellent incense screen tray 3
The medium position of the width direction of screen tray 3.Shaft 31 is located on the central shaft of mosquito-repellent incense screen tray 3.Preferably, the of mosquito-repellent incense screen tray 3
One end and second end are respectively arranged with bearing, and shaft 31 is articulated by the first end and second end of this bearing and mosquito-repellent incense screen tray 3.
In this way, mosquito-repellent incense screen tray 3 is with respect to 14 activity pivot joint of conveyor chain so that when the drive mosquito-repellent incense of conveyor chain 14 screen tray 3 is transmitted, mosquito
Fragrant screen tray 3 remains horizontal, and the storing face of mosquito-repellent incense screen tray 3 can avoid the wet mosquito-repellent incense 9 on storing face from falling down always upward
It falls.The wet mosquito-repellent incense 9 along the length direction proper alignment of mosquito-repellent incense screen tray 3 is placed on the storing face of mosquito-repellent incense screen tray 3.It is multiple during work
Several mosquito-repellent incense screen trays 3 are arranged along the direction of transfer of conveyor chain 14.
The lower section of the first end and second end of mosquito-repellent incense screen tray 3 is hung with weight 4 by tightrope, and weight 4 is convenient for holding mosquito
The balance of fragrant screen tray 3.In addition, weight 4 also can only hang the lower section at the middle part for being set to mosquito-repellent incense screen tray 3.Weight 4 is in common circle
The shapes such as taper, round table-like, each weight 4 hangs on the lower section of mosquito-repellent incense screen tray 3 by two tightropes, and two tightropes are corresponding
The both sides of the both sides of the width direction along mosquito-repellent incense screen tray 3, the i.e. central axis of mosquito-repellent incense screen tray 3 are lain in, self is carried out convenient for weight 4
Adjust and keep the balance of mosquito-repellent incense screen tray 3.When under equilibrium state, weight 4 is in the underface of mosquito-repellent incense screen tray 3.Mosquito-repellent incense sieves
For disk 3 for placing wet mosquito-repellent incense to be dried, mesh structure is convenient for the circulation of heat steam/vapour, can accelerate the evaporation speed of water vapour
Degree.It should be noted that the quantity of the weight of the utility model and position, which need to only meet, can keep mosquito-repellent incense screen tray 3 in transmission process
In balance, it is not more herein to limit.
The utility model is controlled using PLC control system.PLC control system has PLC controller and human-computer interaction
Touch screen, PLC controller and human-computer interaction touch screen are bi-directionally connected, the output terminal connection decelerating motor 10 of PLC controller,
The rotating speed of decelerating motor 10 can be adjusted by PLC controller to adjust the rotating speed of drive sprocket 15, so as to adjust conveyor chain 14
Transmission speed, i.e. mosquito-repellent incense screen tray 3 movement speed, and then control the drying time of wet mosquito-repellent incense 9 in heat preservation and dryness drying chamber 1,
Preferably, wet mosquito-repellent incense 9 (i.e. mosquito-repellent incense screen tray 3) is in drying time (i.e. route of the mosquito-repellent incense screen tray 3 along S-shaped in heat preservation and dryness drying chamber 1
Detour is turned back time of movement) time for just being dried with wet mosquito-repellent incense 9 matches.So-called " just drying " contains for the moisture of mosquito-repellent incense
Amount reaches the product requirement in industry.In addition, the corresponding output end of PLC controller is also connected with closed loop dehumidifying heat pump dryer
2 each building block, to control humiture in heat preservation and dryness drying chamber 1 etc..
For mosquito-repellent incense blank through molding machine punch forming, the wet mosquito-repellent incense 9 after demoulding is transferred to position by the output terminal of molding machine
In on the storing face of the mosquito-repellent incense screen tray 3 of the input terminal of hoisting frame 5, decelerating motor 10 drives drive sprocket 15 to rotate, and then drives
The movement of conveyor chain 14 being meshed with drive sprocket 15, further, mosquito-repellent incense screen tray 3 is moved with conveyor chain 14,
Frame 5 boosted first is promoted to the drying channel entered in heat preservation and dryness drying chamber 1 after highest order and is dried, in drying channel
It moves, i.e., from top to bottom turns back along the route detour of S-shaped, finally from heat preservation and dryness drying chamber with the movement locus of conveyor chain 14
1 port of export is transferred to transition bench 6, then receives fragrant device and is placed on the receipts of the mosquito-repellent incense after the drying on the mosquito-repellent incense screen tray 3 of transition bench 6
Collection.The conveyor chain 14 of closed loop continuously moves to the position of the input terminal of hoisting frame 5, the mosquito-repellent incense screen tray 3 that will further empty
It is transferred in heat preservation and dryness drying chamber 1 and is dried, so moved in circles in cycles.
It should be noted that run trace of the mosquito-repellent incense screen tray 3 of the utility model in conveying can be led to according to actual demand
It crosses the position of adjustment drive sprocket 13 and conveyor chain 14 and is adaptively adjusted.The distribution density of mosquito-repellent incense screen tray 3 can foundation
Actual conditions are adjusted.
A kind of full-automatic tunnel type closed loop dehumidifying mosquito-repellent incense drying device of the utility model, using closed loop dehumidifying heat pump dryer
The drying channel of 2 pairs of heat preservation and dryness drying chambers 1 carries out closed loop dehumidifying heating, and the wet mosquito-repellent incense 9 in heat preservation and dryness drying chamber 1 is dried
It is dry, it is more energy efficient, more environmentally friendly, more efficient compared with traditional drying technology, dehumidified and heated up using closed loop, operating condition not by
The limitation of external condition.And in drying course, compared with traditional tunnel drying system, the conveyor chain turned back by detour
14 setting can extend stroke of the wet mosquito-repellent incense 9 in the heat preservation and dryness drying chamber 1 of tunnel type, so as to shorten heat preservation and dryness drying chamber 1
Length, effectively save space, and can increase hot-air and wet mosquito-repellent incense 9 contact total quantity and wet mosquito-repellent incense 9 contact it is total
Area, improves the heat utilization rate of closed loop dehumidifying heat pump dryer 2, and improves mosquito-repellent incense productivity；In addition, in mosquito-repellent incense screen tray 3
Lower section sets weight to keep equilibrium state of the mosquito-repellent incense screen tray 3 in moving process, realizes full-automatic drying, processing efficiency
It is high.
Embodiment two
With the drive sprocket 13 accordingly coordinated, conveyor chain 14 and the chain in the heat preservation and dryness drying chamber 1 of embodiment one
The region of heat preservation and dryness drying chamber 1 corresponding to supporting guide is the first transmission unit.The present embodiment and the difference of embodiment one exist
In：As shown in fig. 6, full-automatic tunnel type closed loop dehumidifying mosquito-repellent incense drying device includes two transmission units being set up in parallel, respectively
For the first transmission unit and the second transmission unit.Second transmission unit is identical with the structure of the first transmission unit, not tired herein
It states.First transmission unit and the second transmission unit are equipped with closed loop dehumidifying heat pump dryer 2.
Heat preservation and dryness drying chamber 1 is equipped with inlet end and an outlet end, and the first transmission unit and the second transmission unit are sequentially arranged in institute
It states between input end and the port of export, the first transmission unit is mutually connected with input end, and the second transmission unit is mutually held in the mouth with the port of export
It connects, and is mutually linked between the first transmission unit and the second transmission unit.It is set between first transmission unit and the second transmission unit
Have and strengthen sprocket wheel 16, the setting height for strengthening sprocket wheel 16 is identical with drive sprocket 15.In the present embodiment, drive sprocket 15 and reinforcement
Sprocket wheel 16 is driven respectively by a decelerating motor 10, and drive sprocket 15 and reinforcement sprocket wheel 16 are driven with corresponding decelerating motor 10 connect respectively
It connects.Preferably, strengthen adding a hoisting frame 5 between the drive sprocket 13 of the highest order of 16 and second transmission unit of sprocket wheel.Due to
The conveyor chain 14 of first transmission unit and the second transmission unit is fixed on conveyor chain in a manner that detour turns back assembling
Mosquito-repellent incense screen tray on 14 is detour S in the first transmission unit of heat preservation and dryness drying chamber 1 and the run trace of the second transmission unit
Shape is turned back.
The heat preservation and dryness drying chamber 1 of the present embodiment, which is added, strengthens sprocket wheel 16, and using two decelerating motors 10 to carrier chain
Item 14 is driven, hence it is evident that is increased the conveying power of conveyor chain 14, is increased stationarity of the mosquito-repellent incense screen tray in conveying, and can add
The conveying speed of fast mosquito-repellent incense screen tray, the conveying speed of mosquito-repellent incense screen tray improve, and can accelerate the velocity of liquid assets of air in drying channel, into
And improve drying rate.
It should be noted that the quantity of the transmission unit of heat preservation and dryness drying chamber 1 can be configured according to actual demand, this reality
It is not limited with novel, each transmission unit is equipped with the closed loop dehumidifying heat pump dryer 2 being arranged in a one-to-one correspondence therewith, and each closed loop is removed
The operation principle of wet heat pump dryer 2 is identical, but power requirements etc. can be different.
Embodiment three
The difference between this embodiment and the first embodiment lies in：Plural platform knot is equipped in the present embodiment between evaporator and condenser
Structure is identical and the compressor that is arranged in order, the compressor of 5 12P is provided preferably in actual production, with corresponding adjustment evaporation temperature
Degree and condensation temperature.It should be noted that the selection of compressor specification and the evaporation temperature needed for the setting of quantity and actual production
Degree is related with condensation temperature, not limits herein.
Example IV
The difference between the present embodiment and the second embodiment lies in that：As shown in fig. 7, the first transmission unit and the second transmission unit correspond to
Equipped with a closed loop dehumidifying heat pump dryer, i.e. the first transmission unit and the second transmission unit share a closed loop dehumidifying heat pump and dry
Dry machine.Closed loop dehumidifying heat pump dryer includes the first heat pump unit and the second heat pump unit, the first heat pump unit and the second heat pump
Unit is set in mirror symmetry.First heat pump unit corresponds to the first transmission unit, and the second heat pump unit corresponds to the second transmission
Unit.
The internal structure of closed loop dehumidifying heat pump dryer in the structure of first heat pump unit and embodiment two is (including compression
Machine, condenser, evaporator and wind turbine) it is identical, and operation principle is identical.It should be noted that in the present embodiment, the first heat pump list
Member has the compressor of 3 12P, and the second heat pump unit has the compressor of 5 12P, in this way, the drying of the first transmission unit
The temperature of hot wind is less than the temperature of the dry-heat air of the second transmission unit.Preferably, in mosquito-repellent incense drying, when mosquito-repellent incense is passed by first
When defeated unit is transmitted to the second transmission unit, i.e., high-temperature region is transmitted to by low-temperature space.In this way, the wet mosquito-repellent incense surface in dry is anhydrous
Film etc., the mosquito-repellent incense quality after drying are high.
The product form and style of above-described embodiment and attached drawing and non-limiting the utility model, any technical field
The appropriate variation or modification that those of ordinary skill does it all should be regarded as not departing from the patent category of the utility model.
Claims (4)
1. a kind of conveying device of mosquito-repellent incense blank disk, including being used to put the mosquito-repellent incense screen tray of mosquito-repellent incense blank disk and for the mosquito-repellent incense to be driven to sieve
The conveyor chain of disk transmission, the conveyor chain are assemblied on drive sprocket, it is characterised in that：The mosquito-repellent incense screen tray is with movable pivot
The mode accumbency connect is installed between the conveyor chain of one group of parallel setting, passes through tightrope below the mosquito-repellent incense screen tray
It is hung with to keep the weight of equilibrium state of the mosquito-repellent incense screen tray in transmission process.
2. the conveying device of mosquito-repellent incense blank disk according to claim 1, it is characterised in that：The mosquito-repellent incense screen tray is rectangle,
It has a first end and a second end, the first end and the second end are articulated in by shaft on the conveyor chain respectively, described heavy
Hammer is hung on by two tightropes on the mosquito-repellent incense screen tray, and two tightropes accordingly lie in the mosquito-repellent incense screen tray upper edge
The position of the both sides of the central axis of the mosquito-repellent incense screen tray.
3. the conveying device of mosquito-repellent incense blank disk according to claim 2, it is characterised in that：The weight is set to the mosquito-repellent incense
The underface of screen tray or be respectively arranged at the mosquito-repellent incense screen tray first end and second end lower section.
4. the conveying device of mosquito-repellent incense blank disk according to claim 2, it is characterised in that：The quantity of the weight for one or
Person is a plurality of.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721431115.1U CN207515492U (en) | 2017-10-31 | 2017-10-31 | A kind of conveying device of mosquito-repellent incense blank disk |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721431115.1U CN207515492U (en) | 2017-10-31 | 2017-10-31 | A kind of conveying device of mosquito-repellent incense blank disk |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207515492U true CN207515492U (en) | 2018-06-19 |
Family
ID=62537786
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721431115.1U Active CN207515492U (en) | 2017-10-31 | 2017-10-31 | A kind of conveying device of mosquito-repellent incense blank disk |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207515492U (en) |
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2017
- 2017-10-31 CN CN201721431115.1U patent/CN207515492U/en active Active
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