CN208054474U - The feed hopper with dedusting function applied to larger packaging machine - Google Patents
The feed hopper with dedusting function applied to larger packaging machine Download PDFInfo
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- CN208054474U CN208054474U CN201820506646.0U CN201820506646U CN208054474U CN 208054474 U CN208054474 U CN 208054474U CN 201820506646 U CN201820506646 U CN 201820506646U CN 208054474 U CN208054474 U CN 208054474U
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- feed hopper
- dust
- cover board
- holder
- packaging machine
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Abstract
The utility model discloses a kind of feed hoppers with dedusting function applied to larger packaging machine, its key points of the technical solution are that including bucket body, inlet port and outlet port, cover board, holder and holder, holder is set as cross, and connecting shaft is fixedly connected on holder, flabellum group is rotatably connected in connecting shaft, it is connected with driving member in flabellum group, driving member is connect with motor, it is provided with placed cavity on the inner wall of feed hopper, hair-dryer is placed in placed cavity, the blowing mouth of hair-dryer is towards the inside of feed hopper, it is provided through dust-exhausting port on the feed hopper headwall opposite with setting placed cavity, dust-exhausting port links together with the dust flue being arranged on the outside of feed hopper, dust flue is set as L-type, and the one end of dust flue far from dust-exhausting port is set up.The utility model, which solves tablet and might have some dust during drying, to be bonded on tablet so that staff by tablet when pouring into feed hopper, it is easy to the problem of the phenomenon that airborne dust occurs.
Description
Technical field
It is the utility model is related to drug-treated apparatus field, more particularly to a kind of to carry dedusting applied to larger packaging machine
The feed hopper of function.
Background technology
Packing machine, the machine that exactly product packaging is got up.
As shown in Figure 1 and Figure 2, existing packing machine includes mainly feed hopper 1, the rack 2 for installing feed hopper 1, setting
Inside machine first and positioned at the conveyer belt 3 of 1 downside of feed hopper, the elevator 4 being arranged in 3 direction of advance of conveyer belt and to needing
The package component 5 that raw material to be processed is packed usually first will with reference to Fig. 3, such as when the packaging of underway medicine tablet
Tablet to be treated has feed hopper 1 to pour into, and later falls on conveyer belt 3, and tablet is then transported elevator by conveyer belt 3
In 4, and tablet is transported in package component 5 by elevator 4 and is handled, had between elevator 4 and conveyer belt 3 here
One gap, primarily to prevent elevator 4 and conveyer belt 3 from being interfered, and also the downside of feed hopper 1 is provided with inclined plate 6,
When so that tablet being entered from feed hopper 1 on conveyer belt 3, fell on inclined plate 6, was then slided into from inclined plate 6 on conveyer belt 3 before this,
It bounces primarily to preventing tablet from falling tablet when on conveyer belt 3 and falls the waste for causing tablet in the downside of conveyer belt 3.
But it is existing when tablet is poured into feed hopper 1, it dries and could be packed since tablet generally requires, and medicine
Piece might have some dust during drying and be bonded on tablet, cause staff that tablet is being poured into feed hopper 1
When, it is easy to there is the phenomenon that airborne dust, environment is impacted.
Utility model content
The purpose of this utility model is to provide a kind of feed hopper with dedusting function applied to larger packaging machine, it
By being improved to the feed hopper on existing larger packaging machine so that staff into feed hopper add tablet when,
Reduce the appearance of dust raising phenomenon at feed hopper.
The above-mentioned purpose of the utility model technical scheme is that：
A kind of feed hopper with dedusting function applied to larger packaging machine, including bucket body, be arranged on bucket body into
The cover board for partly covering feed inlet at feed inlet, setting is arranged on the cover board towards side inside feed hopper in material mouth and discharge port
The holder that is fixedly connected upwards with the headwall of feed hopper and it is arranged on the region that feed inlet is not set by cover plate lid and placement
The size of the holder that box is fixedly connected with the headwall of feed hopper, the holder is identical as cover board, and the holder is set as cross
Type, and the centre position of holder is fixedly connected with connecting shaft towards the direction inside feed hopper, is rotatablely connected in the connecting shaft
There is flabellum group, driving member is connected in the flabellum group, the driving member is connect with the motor being placed in holder, described
Motor is fixedly connected in holder, and the driving member includes the driving lever being connect with motor, and it is separate to be connected to driving lever
Drive bevel gear on motor one end, the driven wheel of differential with drive bevel gear cooperation are connected to driven wheel of differential away from master
The follower lever being connect with flabellum group on dynamic bevel gear one end, when the rotation direction of the motor is set as that flabellum group is allowed to rotate
To feed hopper back exhausting, it is blowing towards the direction inside feed hopper, is provided with placed cavity on the inner wall of the feed hopper, institute
It states and is placed with hair-dryer in placed cavity, the blowing mouth of the hair-dryer towards the inside of feed hopper, with setting put by the feed hopper
It sets and is provided through dust-exhausting port on the opposite headwall of chamber, the dust-exhausting port is connected to one with the dust flue being arranged on the outside of feed hopper
It rises, the dust flue is set as L-type, and the one end of dust flue far from dust-exhausting port is set up.
By using above-mentioned technical proposal, when needing to carry out packing processes to tablet, feed hopper is first mounted on large size
On packing machine, then by motor start-up in feed hopper, and make the flabellum group for thering is motor to provide power rotation so that fan
Leaf group carries out exhausting to the direction away from the inside of feed hopper, then again starts the hair-dryer being arranged in placed cavity so that blowing
Machine dries to feed hopper inside, and then tablet is poured into feed hopper by staff again, under the draft effect of flabellum group, by tablet
In the airborne dust sucking feed hopper generated when into feed hopper, and under the blowing effect of hair-dryer, airborne dust is blown into dust-exhausting port,
And it is handled by dust flue discharge, in tablet into when crossing flabellum group, some tablets are contacted with flabellum so that flabellum carries out tablet
Impact, can clear up the dust depended on tablet so that tablet is more clean, and hair-dryer and flabellum group is arranged, and makes
Obtaining the air pressure change inside feed hopper so that tablet enters the airborne dust generated when feed hopper and is easier to enter in feed hopper, in addition,
Set dust flue to L-type, and the one end of dust flue far from dust-exhausting port is set up so that with hair-dryer action tablet not
It can be blown out from dust flue.By being improved to the feed hopper on existing larger packaging machine so that staff toward into
When adding tablet in hopper, reduce the appearance of dust raising phenomenon at feed hopper.
The utility model is further arranged to：The blowing mouth of the hair-dryer is towards dust-exhausting port.
By using above-mentioned technical proposal so that for hair-dryer in blowing, the wind energy of blowout is enough all by dust-exhausting port, prevents
Only the airborne dust being pumped at feed inlet is blown out along feed inlet again.
The utility model is further arranged to：It is equipped in the drive bevel gear and driven wheel of differential and driving member is not passed
Graduating power causes the protective cover of interference.
It might have a part because tablet is when by flabellum group by using above-mentioned technical proposal and fall at initiative taper
On gear and driven wheel of differential, pulverized by the process that gear engages, so being equipped in drive bevel gear and driven wheel of differential
The protective cover for not causing interference to driving member passing power, prevents from impacting medicine.
The utility model is further arranged to：It is provided with sieve at the dust-exhausting port.
By using above-mentioned technical proposal so that when tablet is blown to by hair-dryer at dust discharge, will not enter in dust flue.
The utility model is further arranged to：Expansion ring, the expansion ring setting are provided on the cover board and feed inlet
On the region that feed inlet is not set by cover plate lid, and expand ring entirety by four diagonally disposed board groups into the expansion ring court
It is less than the side far from feed hopper to the side of feed hopper.
By using above-mentioned technical proposal so that when tablet is poured into feed hopper by staff, the range bigger poured into, more
It is easy to pour into feed hopper.
The utility model is further arranged to：Diagonally disposed sieve plate, the sieve are provided on the inner wall of the feed hopper
Plate is arranged in the downside of flabellum group, and sieve plate is higher than the other side towards the side of flabellum group, the length of the sieve plate be set as into
3/4ths of the feed inlet of hopper or 4/5ths.
By using above-mentioned technical proposal, when tablet is poured into feed hopper by staff, the tablet by flabellum group is fallen
On sieve plate, discharge outlet is slided into along sieve plate, during downslide, hair-dryer is persistently blowed tablet so that medicine
Piece can have more times to be dried, so that the dust cleaning on tablet is cleaner.
The utility model is further arranged to：The vibration component vibrated for sieve plate is provided in the feed hopper.
By using above-mentioned technical proposal so that the phenomenon that the tablet to glide on sieve plate jolts so that tablet into
The continuous rolling of row so that the dust on tablet is cleared up more preferable.
The utility model is further arranged to：The vibration component includes the vibrating motor being arranged in placed cavity, connection
It the vibrating arm that penetrates inside feed hopper of one end on vibrating motor and far from vibrating motor and is fixedly connected on vibrating arm and wears
Enter the cam on one end, the cam inside feed hopper to contact with sieve plate.
By using above-mentioned technical proposal so that in staff's Vibration on Start-up motor, vibrating motor band moving cam turns
It is dynamic so that cam driven sieve plate shakes so that the vibration of sieve plate is easier.
The utility model is further arranged to：Lid door is provided on the cover board, the lid door is hinged on the cover board, and covers
Door is dimensioned to not less than the motor in placed cavity.
By using above-mentioned technical proposal, it is provided with lid door on the cover board, lid door here is hinged on the cover board so that work
Make that personnel are more convenient when opening lid door, and lid door here is dimensioned to not less than electronic in placed cavity
Machine so that staff only needs that the motor in placed cavity can be replaced lid door opening.
The utility model is further arranged to：It is provided with and locks lid door and convenient for the locking group of opening on the cover board
Part, the locking assembly includes setting strut on the cover board, the spill spin block being set on strut, it is separate to be fixedly connected on strut
Baffle on cover board one end and the spring being fixedly connected between spill spin block and baffle, the spring are set on strut, and
Spring is compressive state, and the length of the spill spin block is set as the lid door rotary clamping with installation on the cover board.
By using above-mentioned technical proposal, since when feed hopper is fed, motor is to start, and may be such that lid door
What is closed is not very tight, and then causes to interfere to the dosing of staff when closing the door and opening, thus be provided on the cover board by
Lid door is locked and the locking assembly convenient for opening, and when needing to replace the motor in holder, first turns spill spin block
Move the position not contacted with lid door so that then lid door is opened convenient for opening, motor is taken out, replaced, then by lid door
Lid door is closed again, is rotated on spill spin block to the position contacted with lid door so that spill spin block locks lid door, passes through setting here
Spring makes spill spin block be contacted more closely with lid door.By the way that locking assembly is arranged, both so that lid door is convenient for opening, but also
Lid door more fastens when closing.
In conclusion the utility model has the advantages that：
1, by being improved to the feed hopper on existing larger packaging machine so that staff is adding into feed hopper
When dosing, reduce the appearance of dust raising phenomenon at feed hopper；
2, by the way that vibration component is arranged so that the phenomenon that the tablet to glide on sieve plate jolts so that tablet carries out
Continuous rolling so that the dust on tablet is cleared up more preferable；
3, by the way that locking assembly is arranged, both so that lid door is convenient for opening, but also lid door more fastens when closing.
Description of the drawings
Fig. 1 is the schematic diagram of larger packaging machine in the prior art；
Fig. 2 is the position view of larger packaging machine upper conveyor belt in the prior art；
Fig. 3 is the schematic diagram of feed hopper in the prior art；
Fig. 4 is the schematic diagram of feed hopper in embodiment 1；
Fig. 5 is the schematic diagram of feed hopper setting flabellum group in embodiment 1；
Fig. 6 is the schematic diagram inside feed hopper in embodiment 1；
Fig. 7 is the schematic diagram inside feed hopper in placed cavity in embodiment 1；
Fig. 8 is the enlarged drawing in the portions A in Fig. 4.
In figure, 1, feed hopper；101, bucket body；102, feed inlet；103, discharge port；104, cover board；105, holder；106,
Holder；107, connecting shaft；108, flabellum group；109, driving member；1091, driving lever；1092, drive bevel gear；1093, from mantle
Gear；1094, follower lever；110, motor；111, placed cavity；112, hair-dryer；113, dust-exhausting port；114, dust flue；115,
Protective cover；116, sieve；117, expand ring；118, sieve plate；119, vibration component；1191, vibrating motor；1192, vibrating arm；
1193, cam；120, lid door；121, locking assembly；1211, strut；1212, spill spin block；1213, baffle；1214, spring；2,
Rack；3, conveyer belt；4, elevator；5, package component；6, inclined plate.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment 1：A kind of feed hopper with dedusting function applied to larger packaging machine, as shown in figure 4, applying big
On type packing machine, it is mainly used for preventing when tablet is poured into feed hopper 1 by staff, airborne dust occurs at feed hopper 1
Phenomenon pollutes the environment.
As shown in figure 4, feed hopper 1 here includes bucket body 101, feed inlet 102 and the discharge port being arranged on bucket body 101
103, the cover board 104 for covering feed inlet 102 half is provided at feed inlet 102, wherein cover board 104 is towards inside feed hopper 1
Direction is provided with holder 105, and the size of holder 105 is identical as cover board 104, and placement plate and the headwall of feed hopper 1 are solid
Fixed connection.
As shown in Figure 5, Figure 6, feed inlet 102 do not covered on the region that sets by cover board 104 be provided with holder 105 and into
The holder 106 that the headwall of hopper 1 is fixedly connected, holder 106 here interfere in order not to enter feed hopper 1 with tablet, will
Holder 106 is set as cross, and the centre position of holder 106 is fixedly connected with connection towards the direction inside feed hopper 1
Axis 107 is rotatably connected to flabellum group 108 in connecting shaft 107, and driving member 109, driving member 109 and electricity are connected in flabellum group 108
Motivation 110 connects, and motor 110 here is placed in holder 105, and is fixedly connected in holder 105, with reference to figure
7, driving member 109 includes the driving lever 1091 being connect with motor 110, is connected to driving lever 1091 far from 110 one end of motor
On drive bevel gear 1092, with drive bevel gear 1092 coordinate driven wheel of differential 1093, be connected to driven wheel of differential 1093
The follower lever 1094 being connect with flabellum group 108 on 1092 one end of drive bevel gear, it is electronic when motor 110 rotates
Power is passed to flabellum group 108 by machine 110 via driving member 109 so that flabellum group 108 rotates in connecting shaft 107.In order to anti-
It when only tablet passes through flabellum group 108, falls in drive bevel gear 1092 and driven wheel of differential 1093, is ground by the process of gear engagement
It is broken, 109 passing power of driving member is not caused to interfere so being equipped in drive bevel gear 1092 and driven wheel of differential 1093
Protective cover 115.
On the other hand, when in use, when being set as allowing flabellum group 108 to rotate the rotation direction of motor 110 into
1 back exhausting of hopper so that direction of the flabellum group 108 away from the inside of feed hopper 1 is exhausting, the direction towards inside feed hopper 1
For blowing.
As shown in Figure 6, Figure 7, it is provided with placed cavity 111 on the inner wall of feed hopper 1, hair-dryer is placed in placed cavity 111
112, and the blowing mouth of hair-dryer 112 is towards the inside of feed hopper 1, and the bucket that feed hopper 1 is opposite with setting placed cavity 111
Dust-exhausting port 113 is provided through on wall, dust-exhausting port 113 links together with the dust flue 114 being arranged on the outside of feed hopper 1, this
In dust flue 114 be set as L-type, and the one end of dust flue 114 far from dust-exhausting port 113 is set up.In addition, hair-dryer
112 blowing mouth is provided with the sieve 116 for preventing tablet to be blown into dust flue 114 towards dust-exhausting port 113, and at dust-exhausting port 113.
When needing to carry out packing processes to tablet, first feed hopper 1 is mounted on larger packaging machine, then by feed hopper
Motor 110 starts in 1, and the flabellum group 108 for having motor 110 to provide power is rotated so that flabellum group 108 is to the back of the body
Exhausting is carried out from the direction inside feed hopper 1, is then again started the hair-dryer 112 being arranged in placed cavity 111 so that hair-dryer
112 pairs of 1 inside blowings of feed hopper, then tablet is poured into feed hopper 1 by staff again, under the draft effect of flabellum group 108,
In the airborne dust sucking feed hopper 1 generated when tablet is entered feed hopper 1, and under the blowing effect of hair-dryer 112, by airborne dust
It is blown into dust-exhausting port 113, and is handled by 114 discharge of dust flue, in tablet into when crossing flabellum group 108, some tablets connect with flabellum
It touching so that flabellum strikes tablet, can clear up the dust depended on tablet so that tablet is more clean, and
Hair-dryer 112 and flabellum group 108 are set so that the air pressure change inside feed hopper 1 so that tablet generates when entering feed hopper 1
Airborne dust be easier to enter in feed hopper 1, in addition, set dust flue 114 to L-type, and dust flue 114 is far from dust-exhausting port 113
One end set up so that with hair-dryer 112 act tablet will not be blown out from dust flue 114.By to existing
Feed hopper 1 on larger packaging machine is improved so that staff reduces feed hopper 1 when adding tablet into feed hopper 1
Locate the appearance of dust raising phenomenon.
As shown in figure 4, being covered in use, in order to enable staff is easier tablet pouring into feed hopper 1 actual
It is provided on plate 104 and feed inlet 102 and expands ring 117, the setting of expansion ring 117 here is not covered by cover board 104 in feed inlet 102
If region on, and expand ring 117 it is whole by four diagonally disposed board groups at being less than towards the side of feed hopper 1 separate
The side of feed hopper 1 so that alignment range bigger when staff is to tablet.
As shown in Figure 5, Figure 6, in order to enable hair-dryer 112 has better cleaning effect, the dust on tablet for tablet
That clears up is more thorough, and diagonally disposed sieve plate 118 is provided on the inner wall of feed hopper 1, and sieve plate 118 is arranged in flabellum group
108 downside, and sieve plate 118 towards the side of flabellum group 108 be higher than the other side, in addition, the length of sieve plate 118 be set as into
3/4ths or 4/5ths of the feed inlet 102 of hopper 1 so that when tablet is poured into feed hopper 1 by staff, pass through
The tablet of flabellum group 108 is fallen on sieve plate 118, is slided at discharge port 103 along sieve plate 118, during downslide, hair-dryer
112 are persistently blowed tablet so that tablet can have more times to be dried, so that the dust on tablet is clear
That manages is cleaner.
As shown in fig. 6, being additionally provided with the vibration component 119 vibrated for sieve plate 118 in feed hopper 1, with reference to Fig. 7, here
Vibration component 119 include the vibrating motor 1191 that is arranged in placed cavity 111, be connected with vibrating arm on vibrating motor 1191
1192, the one end of vibrating arm 1192 far from vibrating motor 1191 penetrates the inside of feed hopper 1, and is fixedly connected with cam 1193,
Here cam 1193 is contacted with sieve plate 118 so that in staff's Vibration on Start-up motor 1191, vibrating motor 1191 drives
Cam 1193 rotates so that cam 1193 drives sieve plate 118 to shake, so that the tablet to glide on sieve plate 118 goes out
The phenomenon that now jolting so that tablet is constantly rolled so that the dust on tablet is cleared up more preferable.
As shown in figure 4, in order to enable motor 110 can be conveniently replaceable, lid door 120 is provided on cover board 104, here
Lid door 120 be hinged on cover board 104 so that staff is more convenient when opening lid door 120, and lid door here
120 motor 110 for being dimensioned to be not less than in placed cavity 111 so that staff only needs to open lid door 120 just
Motor 110 in placed cavity 111 can be replaced.
Again because when feed hopper 1 is fed, motor 110 is to start, and may be such that the pass of lid door 120 is not very
Sternly, and then when closing the door and opening the dosing of staff is caused to interfere, so being provided on cover board 104 by lid door 120
Locking and the locking assembly 121 for being convenient for opening.
Specifically, with reference to Fig. 8, locking assembly 121 includes the strut 1211 being arranged on cover board 104, is set in branch
Spill spin block 1212 on bar 1211, be fixedly connected on strut 1211 far from 104 one end of cover board baffle 1213 and fixed connect
The spring 1214 being connected between spill spin block 1212 and baffle 1213, wherein spring 1214 is set on strut 1211, and spring
1214 be compressive state, and the length of spill spin block 1212 is set as and 120 rotary clamping of lid door on cover board 104.
When needing to replace the motor 110 in holder 105, first by spill spin block 1212 turn to not with lid door
The position of 120 contacts so that then lid door 120 is opened convenient for opening, motor 110 is taken out, replaced, then by lid door 120
Lid door 120 is closed again, is rotated on spill spin block 1212 to the position contacted with lid door 120 so that spill spin block 1212 is by lid door 120
Locking, here by the way that spring 1214 is arranged so that spill spin block 1212 contacts more closely with lid door 120.By the way that locking group is arranged
Part 121, both so that lid door 120 is convenient for opening, but also lid door 120 more fastens when closing.
The application method of the present embodiment is：When needing to carry out packing processes to tablet, feed hopper 1 is first mounted on large size
On packing machine, then motor 110 in feed hopper 1 is started, and makes the flabellum group 108 for having motor 110 to provide power
Rotation so that flabellum group 108 carries out exhausting to the direction away from the inside of feed hopper 1, is then blown again by what is be arranged in placed cavity 111
Wind turbine 112 starts so that and hair-dryer 112 dries to 1 inside of feed hopper, and then tablet is poured into feed hopper 1 by staff again,
Under the draft effect of flabellum group 108, in the airborne dust sucking feed hopper 1 generated when tablet is entered feed hopper 1, and in hair-dryer
Under 112 blowing effect, airborne dust is blown into dust-exhausting port 113, and handled by 114 discharge of dust flue, in tablet into crossing flabellum group
When 108, some tablets are contacted with flabellum so that and flabellum strikes tablet, can clear up the dust depended on tablet,
So that tablet is more clean, and hair-dryer 112 and flabellum group 108 are set so that the air pressure change inside feed hopper 1 so that
Tablet enters the airborne dust generated when feed hopper 1 and is easier to enter in feed hopper 1, in addition, setting dust flue 114 to L-type, and arranges
The one end of dirt pipe 114 far from dust-exhausting port 113 is set up so that the tablet acted with hair-dryer 112 will not be from dust flue 114
Place's blowout.By being improved to the feed hopper 1 on existing larger packaging machine so that staff adds into feed hopper 1
When dosing, reduce the appearance of dust raising phenomenon at feed hopper 1.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but
As long as all being protected by Patent Law in the right of the utility model.
Claims (10)
1. a kind of feed hopper with dedusting function applied to larger packaging machine, it is characterised in that：Including bucket body（101）, set
It sets in bucket body（101）On feed inlet（102）And discharge port（103）, be arranged in feed inlet（102）Place is by feed inlet（102）Half
The cover board covered（104）, be arranged in cover board（104）On towards feed hopper（1）In internal direction with feed hopper（1）Headwall fix
The holder of connection（105）And it is arranged in feed inlet（102）Not by cover board（104）Cover on the region that sets with holder（105）
And feed hopper（1）The holder that is fixedly connected of headwall（106）, the holder（105）Size and cover board（104）It is identical, institute
State holder（106）It is set as cross, and holder（106）Centre position towards feed hopper（1）Internal direction is fixedly connected
There is connecting shaft（107）, the connecting shaft（107）On be rotatably connected to flabellum group（108）, the flabellum group（108）On be connected with
Driving member（109）, the driving member（109）Be placed on holder（105）In motor（110）Connection, the motor
（110）In holder（105）In be fixedly connected, the driving member（109）Including with motor（110）The driving lever of connection
（1091）, it is connected to driving lever（1091）Far from motor（110）Drive bevel gear on one end（1092）, with drive bevel gear
（1092）The driven wheel of differential of cooperation（1093）, it is connected to driven wheel of differential（1093）Away from drive bevel gear（1092）On one end
With flabellum group（108）The follower lever of connection（1094）, the motor（110）Rotation direction be set as allowing flabellum group
（108）To feed hopper when rotation（1）Back exhausting is towards feed hopper（1）Internal direction is blowing, the feed hopper（1）It is interior
Placed cavity is provided on wall（111）, the placed cavity（111）In be placed with hair-dryer（112）, the hair-dryer（112）Blow
Air port is towards feed hopper（1）Inside, the feed hopper（1）With setting placed cavity（111）It is provided through on opposite headwall
Dust-exhausting port（113）, the dust-exhausting port（113）With setting in feed hopper（1）The dust flue in outside（114）It links together, it is described
Dust flue（114）It is set as L-type, and dust flue（114）Far from dust-exhausting port（113）One end set up.
2. the feed hopper with dedusting function according to claim 1 applied to larger packaging machine, it is characterised in that：Institute
State hair-dryer（112）Blowing mouth towards dust-exhausting port（113）.
3. the feed hopper with dedusting function according to claim 2 applied to larger packaging machine, it is characterised in that：Institute
State drive bevel gear（1092）And driven wheel of differential（1093）On be equipped with not to driving member（109）Passing power causes interference
Protective cover（115）.
4. the feed hopper with dedusting function according to claim 3 applied to larger packaging machine, it is characterised in that：Institute
State dust-exhausting port（113）Place is provided with sieve（116）.
5. the feed hopper with dedusting function according to claim 4 applied to larger packaging machine, it is characterised in that：Institute
State cover board（104）And feed inlet（102）On be provided with expansion ring（117）, the expansion ring（117）It is arranged in feed inlet（102）
Not by cover board（104）It covers on the region set, and expands ring（117）Entirety is by four diagonally disposed board groups at the expansion ring
（117）Towards feed hopper（1）Side be less than far from feed hopper（1）Side.
6. the feed hopper with dedusting function according to claim 5 applied to larger packaging machine, it is characterised in that：Institute
State feed hopper（1）Inner wall on be provided with diagonally disposed sieve plate（118）, the sieve plate（118）It is arranged in flabellum group（108）'s
Downside, and sieve plate（118）Towards flabellum group（108）Side be higher than the other side, the sieve plate（118）Length be set as feeding
Bucket（1）Feed inlet（102）3/4ths or 4/5ths.
7. the feed hopper with dedusting function according to claim 6 applied to larger packaging machine, it is characterised in that：Institute
State feed hopper（1）In be provided with for sieve plate（118）The vibration component of vibration（119）.
8. the feed hopper with dedusting function according to claim 7 applied to larger packaging machine, it is characterised in that：Institute
State vibration component（119）Including being arranged in placed cavity（111）In vibrating motor（1191）, be connected to vibrating motor（1191）On
And far from vibrating motor（1191）One end penetrate feed hopper（1）Internal vibrating arm（1192）And it is fixedly connected on vibrating arm
（1192）Penetrate feed hopper（1）Cam on internal one end（1193）, the cam（1193）With sieve plate（118）Contact.
9. the feed hopper with dedusting function according to claim 8 applied to larger packaging machine, it is characterised in that：Institute
State cover board（104）On be provided with lid door（120）, the lid door（120）It is hinged on cover board（104）On, and lid door（120）Size
It is set as being not less than placed cavity（111）In motor（110）.
10. the feed hopper with dedusting function according to claim 9 applied to larger packaging machine, it is characterised in that：
The cover board（104）On be provided with lid door（120）Locking and the locking assembly for being convenient for opening（121）, the locking assembly
（121）Including being arranged in cover board（104）On strut（1211）, be set in strut（1211）On spill spin block（1212）, it is fixed
It is connected to strut（1211）Far from cover board（104）Baffle on one end（1213）And it is fixedly connected on spill spin block（1212）With gear
Plate（1213）Between spring（1214）, the spring（1214）It is set in strut（1211）On, and spring（1214）For compression
State, the spill spin block（1212）Length be set as be mounted on cover board（104）On lid door（120）Rotary clamping.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111871892A (en) * | 2020-06-24 | 2020-11-03 | 中交机电工程局有限公司 | Conveyor with cleaning function |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111871892A (en) * | 2020-06-24 | 2020-11-03 | 中交机电工程局有限公司 | Conveyor with cleaning function |
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