CN104528004B - Disc cam formula packaged food metering device - Google Patents
Disc cam formula packaged food metering device Download PDFInfo
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- CN104528004B CN104528004B CN201410833597.8A CN201410833597A CN104528004B CN 104528004 B CN104528004 B CN 104528004B CN 201410833597 A CN201410833597 A CN 201410833597A CN 104528004 B CN104528004 B CN 104528004B
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- cylindrical shape
- measuring cup
- slide block
- slotted eye
- cam
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B1/00—Packaging fluent solid material, e.g. powders, granular or loose fibrous material, loose masses of small articles, in individual containers or receptacles, e.g. bags, sacks, boxes, cartons, cans, or jars
- B65B1/30—Devices or methods for controlling or determining the quantity or quality or the material fed or filled
- B65B1/36—Devices or methods for controlling or determining the quantity or quality or the material fed or filled by volumetric devices or methods
Abstract
Disc cam formula packaged food metering device, belongs to compound leisure food packaging for foodstuff field of measuring techniques, including frame, cylindrical shape disk combination structure, disc cam, stirring paddle；Cylindrical shape disk combination structure includes cylindrical shape rotating disk, 6 18 fixing measuring cups, 6 18 slide blocks and 6 18 bearings；Cylindrical shape rotating disk includes bottom and 6 18 bottom slotted eyes, it is provided with fixing measuring cup slotted eye in the middle part of fixing measuring cup, bottom slotted eye and fixing measuring cup slotted eye overlap up and down and form 6 18 movable measuring cups altogether between the semicircle that 6 18 slide block slotted eyes of composition, semicircle that slide block concaves and slide block slotted eye are the most recessed；Disc cam includes that cam groove, disc cam are arranged on the lower section of fixing measuring cup；Bearing includes that bearing head, bearing head are arranged in cam groove, can rotate along cam groove, and slide block can slide to front or backward directions in slide block slotted eye；Stirring paddle is horizontally disposed with；The invention has the beneficial effects as follows: metering is precisely, automated production degree is high, production efficiency is high, material easily loads.
Description
Technical field
The present invention is packaged food metering device, particularly to disc cam formula packaged food metering device, belongs to compound leisure
Food packaging for foodstuff field of measuring techniques.
Background technology
Along with expanding economy and the raising of level of consumption, leisure food demand constantly increases, and consumer is for leisure food quality
Requirement also step up, leisure food products market presents a piece of unprecedented busy scene.Current domestic leisure food is raw
Produce producer and all concentrate exploitation corn expanding product so that product variety is single, and competition is more fierce, and because technical force is not enough,
Food machinery falls behind, and makes the exploitation of many packaging bean products, packed meat prod and packaging fish product still be at the initial stage.
Bean product, meat products, fish product belong to green compound type leisure food, are liked by consumers in general, but the said goods
Use hand-filling purely the earliest, do not only exist metering not accurate, and more there is the problem taken time and effort.Traditional combination
Claiming and other metering methods all cannot complete automatic gauge, generally having that automated production degree is low, production efficiency is low etc. asks
Topic.And when there is the packaging bag that material joins bag type package machine, because material is excessive, produce the situation being difficult to load.
Summary of the invention
It is an object of the invention in the prior art for above-mentioned packaged food metering device, exist and measure accurate, automatization
Production degree is low, production efficiency is low, the excessive defect being difficult to load of material, it is provided that disc cam formula packaged food metering device,
The purpose that metering is accurate, automated production degree is high, production efficiency is high, material easily loads can be reached.
The present invention adopts the technical scheme that to achieve these goals: disc cam formula packaged food metering device, including frame,
With conveying structure and packaging bag with the use of, described packaged food i.e. material includes packaging bean product, packed meat prod and packaging fish
Goods；
Also include agent structure, described agent structure include cylindrical shape disk combination structure, disc cam, stirring paddle combinative structure,
Disclose stub bar combinative structure, baffle plate, Cam splitter combinative structure；
Described cylindrical shape disk combination structure includes cylindrical shape rotating disk, 6-18 fixing measuring cup, 6-18 slide block, 6-18 work
Momentum cup and 6-18 bearing；
Described cylindrical shape rotating disk is overall in upward opening shape, and including bottom, 6-18 bottom slotted eye and sidewall, described bottom is circle
Dish type, described bottom includes portion of bottom centre, and portion of described bottom centre is less than periphery；Described sidewall is cylindrical shape, described 6-18
Individual bottom slotted eye equidistant arrangement, be radially arranged on bottom, the outer end of bottom slotted eye be semicircle；Each slide block is elongated,
Being each provided with 1 dead eye on each slide block, both sides, slide block the inner are that square, outward flange one end are for semicircle；Described each
The most rectangular bar shaped of fixing measuring cup, it is provided with fixing measuring cup slotted eye in the middle part of it, total 6-18 fixing measuring cup slotted eye；6-18
Individual fixing measuring cup is respectively fixedly disposed at below 6-18 bottom slotted eye；Described fixing measuring cup slotted eye the inner is opening shape, outward flange
One end is the most recessed semicircle, and the width semicircle equal, outside of fixing measuring cup slotted eye and bottom slotted eye is equal in magnitude, 6-18
Individual bottom slotted eye and the individual fixing measuring cup slotted eye of 6-18 overlap composition slide block slotted eye up and down, its outer end is semicircle, forms 6-18 altogether
Individual slide block slotted eye, slide block slot outer end of hole is the most recessed semicircle；The semicircle that slide block concaves is the most recessed with slide block slot outer end of hole
Semicircle between composition activity measuring cup, altogether composition 6-18 activity measuring cup；
Described disc cam includes that disc cam main body, cam groove, discharging opening and centre bore, described cam groove are arranged on dish
Above type cam body, described discharging opening is arranged on below disc cam body side, discharging opening upper end and disc cam main body one
Side interlinks；Disc cam is equal in magnitude with the bottom of cylindrical shape rotating disk, and disc cam is arranged on the lower section of 6-18 fixing measuring cup；
Disc cam is fixing with frame to be connected；
Described each bearing includes lower bearing head and upper bearing axle；Described bearing head is arranged in cam groove, with cam ditch
Groove periphery is matched in clearance, can rotate along cam groove；Described bearing axle is arranged in the dead eye of slide block；Bearing can be at dish-type
With curve movement in the cam groove of cam, make the volume change of movable measuring cup；
Slide block, slide block slotted eye and cam groove composition floating connection, disc cam, include that cam groove is fixed, sliding
Block is arranged in slide block slotted eye, and slide block can be rotated along cam groove by bearing, and slide block the most again can be rotating along cam groove while
Slide to outer or inward direction in slide block slotted eye；
Described stub bar combinative structure of disclosing includes disclosing stub bar and cylinder, discloses stub bar combinative structure and is arranged on above cylindrical shape rotating disk side,
Described disclosing stub bar lower end aligned discharging opening, cylinder drive and disclose stub bar and push in packaging bag by material, described cylinder is solid with frame
Fixed connection；Described baffle plate is arranged on above cylindrical shape rotating disk side, outside discharging opening, makes material no longer fall to discharging opening, it is ensured that
Metering is accurately；Described baffle plate is fixing with frame to be connected；
Described stirring paddle combinative structure includes that stirring paddle and motor, stirring paddle combinative structure are fixedly installed on cylindrical shape rotating disk near gear
Above plate side, described motor is vertically arranged, and described motor is fixing with frame to be connected；Described stirring paddle is horizontally disposed with, stirring paddle
Setting direction is vertical with cylindrical shape rotating disk rotation direction, is matched in clearance bottom stirring paddle lower surface and cylindrical shape rotating disk；Stirring paddle
By driven by motor, material scraper is entered in the movable measuring cup of cylindrical shape rotating disk；
Described Cam splitter combinative structure includes Cam splitter and groove type photoelectric switch；Described Cam splitter includes convex annular
Dish and dispenser output shaft, described convex annular dish and dispenser output shaft are positioned at Cam splitter top；Cam splitter combination knot
Structure is arranged on bottom disc cam, and convex annular dish is located in the centre bore of disc cam, dispenser output shaft and cylindrical shape rotating disk
Bottom fixing connect；Groove type photoelectric switch can control startup and the stopping of Cam splitter；
Described agent structure also includes that fastening bolt, circular pressing plate and circular platen, described circular pressing plate and circular platen center set
It is equipped with bolt hole；Described cylindrical shape rotating disk also includes that output shaft axis hole, described output shaft axis hole are arranged on the center in portion of bottom centre；
Described circular pressing plate is arranged on top bottom cylindrical shape rotating disk, and the size of circular pressing plate is less than bottom cylindrical shape rotating disk but can cover
Live the latter half of of each movable measuring cup；Described circular platen is arranged on below circular pressing plate, above portion of bottom centre, circular platen
Upper surface is equal with the upper base surface of cylindrical shape rotating disk；Dispenser output shaft is located in output shaft axis hole, and fastening bolt passes
Bolt hole and dispenser output shaft secure fit, make cylindrical shape rotating disk be fastenedly connected with dispenser output shaft.
Described bottom centre portion's periphery is provided with annular groove, and described circular platen periphery is provided with downward annular nib, described
Annular nib is inlayed each other with annular groove and is coordinated.
Working mechanism: opening conveying structure, the material stirred falls in cylindrical shape rotating disk, starts grooved light simultaneously and establishes by cable
Closing, make Cam splitter start, dispenser output shaft drives cylindrical shape disk combination structure to rotate counterclockwise, cylindrical shape rotating disk group
The bottom closing structure is rotated backward above fixing measuring cup slotted eye and cam groove composition floating connection, with disc cam by slide block,
Material rotates with cylindrical shape rotating disk and fills up each movable measuring cup slotted eye；Along with the angle rotated is gradually increased, due to cam groove
Effect, slide block moves in slide block slotted eye the most from outside to inside, makes movable measuring cup volume become larger, when turning to 180 °,
Movable measuring cup volume reaches maximum, and material progressively fills up each movable measuring cup；Be rotated further, slide block in slide block slotted eye progressively by
In to inside and outside moving, make movable measuring cup volume taper into, during until turning to above discharging opening, movable measuring cup fully comes together group
Becoming 1 little cylinder, volume to minimize value, the material in cylinder is suitably compressed；Simultaneously in rotation process, movable measuring cup
Material before arriving above discharging opening, above stirring paddle, movable measuring cup is scraped, when making above arrival discharging opening,
Packaged food in movable measuring cup is a certain amount of, thus reaches the purpose of accurate volumetric metering；Thereafter, by disclosing stub bar combinative structure,
This certain amount of packaged food falls to packaging bag by discharging opening.
Compared with prior art, the invention has the beneficial effects as follows:
(1) course of processing is through movable measuring cup filler, moderate compression, the program of discharging opening upper surface scraping, and measuring accuracy is high,
Overcome the defect that error in dipping is big；
(2) it is processed into the elongated, cylindrical material compressed through appropriateness, easily enters bag, make the subpackage course of processing lossless；
3 can stir packaged food, measure and pack composition full automation production line, reach automated production degree high,
The purpose that production efficiency is high；
4 metering packings being widely used in the green compound type leisure fooies such as bean product, meat products, fish product, have filled up
Stating the technological deficiency in the metering packing production process of high-grade green compound type leisure food, production marketing prospect is the most good.
Accompanying drawing explanation
Fig. 1 is: agent structure of the present invention overlooks direction axonometric chart (without circular pressing plate)；
Fig. 2 is: the main sectional view of agent structure of the present invention；
Fig. 3 is: Fig. 2 A portion enlarged drawing；
Fig. 4 is: rotating disk, baffle plate and movable measuring cup constitutional diagram；
Fig. 5 is: dish-type grooved cam structure chart；
Fig. 6 is: movable measuring cup and dish-type grooved cam matching chart；
Fig. 7 is: stirring paddle constitutional diagram；
Fig. 8 is: disclose stub bar constitutional diagram；
Fig. 9 is: grooved measuring cup figure；
Figure 10 is: movable measuring cup figure；
Figure 11 is: bearing figure；
Figure 12 is: Cam splitter and groove type photoelectric switch constitutional diagram；
Description of reference numerals: cylindrical shape disk combination structure 1, cylindrical shape rotating disk 101, bottom 1011, bottom slotted eye 1012, sidewall
1013, fixing measuring cup 102, fixing measuring cup slotted eye 1021, slide block 103, dead eye 1031, movable measuring cup 104, bearing 105,
Bearing head 1051, bearing axle 1052, disc cam 2, disc cam main body 201, cam groove 202, discharging opening 203, in
Central hole 204, stirring paddle combinative structure 3, stirring paddle 301, motor 302, disclose stub bar combinative structure 4, disclose stub bar 401 and combine
Structure 4, baffle plate 5, Cam splitter combinative structure 6, Cam splitter 601, convex annular dish 6011, dispenser output shaft 6012,
Groove type photoelectric switch 602, fastening bolt 7, circular pressing plate 8, circular platen 9, annular groove 10, annular nib 11.
Detailed description of the invention
The invention will be further described with specific embodiment below in conjunction with the accompanying drawings, but not as a limitation of the invention.
As shown in Figures 1 to 12, disc cam formula packaged food metering device, including frame (not shown), tie with conveying
Structure (not shown) and packaging bag (not shown) with the use of, described packaged food i.e. material includes packaging bean product, bag
Dress meat products and packaging fish product；
Also include that agent structure, described agent structure include cylindrical shape disk combination structure 1, disc cam 2, stirring paddle combination knot
Structure 3, disclose stub bar combinative structure 4, baffle plate 5, Cam splitter combinative structure 6；
Described cylindrical shape disk combination structure 1 includes cylindrical shape rotating disk 101,8 102,8 slide blocks of fixing measuring cup 103,8
Movable measuring cup 104 and 8 bearings 105；
Described cylindrical shape rotating disk 101 entirety is upward opening shape, including 1011,8, bottom bottom slotted eye 1012 and sidewall 1013,
Described bottom 1011 is disc, and described bottom 1011 includes portion of bottom centre, and described bottom 1011 central part is less than periphery；
Described sidewall 1013 is cylindrical shape, described 8 bottom slotted eye 1012 equidistant arrangement, be radially arranged on bottom 1011, the end
The outer end of portion's slotted eye 1012 is semicircle；Each slide block 103 is elongated, and each slide block 103 is each provided with 1 dead eye
1031, the inner both sides of slide block 103 are that square, outward flange one end are for semicircle；Described each fixing measuring cup 102 is the longest
Side's bar shaped, it is provided with fixing measuring cup slotted eye 1021 in the middle part of it, has 8 fixing measuring cup slotted eyes 1021；8 fixing measuring cups 102
It is respectively fixedly disposed at below 8 bottom slotted eyes 1012；Described fixing measuring cup slotted eye 1021 the inner is opening shape, outward flange one
End is the most recessed semicircle, and the width of fixing measuring cup slotted eye 1021 and bottom slotted eye 1012 is equal, the semicircle size in outside
Equal, 8 bottom slotted eyes 1012 and 8 fixing measuring cup slotted eye about 1021 overlapping composition slide block slotted eyes, its outer ends are semicircle
Shape, altogether 8 slide block slotted eyes of composition, slide block slot outer end of hole is the most recessed semicircle；Semicircle that slide block 103 concaves and cunning
Composition activity measuring cup 104 between the semicircle that block slotted eye outer end is the most recessed, altogether 8 movable measuring cups 104 of composition；
Described disc cam 2 includes disc cam main body 201, cam groove 202, discharging opening 203 and centre bore 204, described
Cam groove 202 is arranged on above disc cam main body 201, and described discharging opening 203 is arranged on disc cam main body 201 side
Lower section, discharging opening 203 upper end interlinks with disc cam main body 201 side；Disc cam 2 and the end of cylindrical shape rotating disk 101
Portion is equal in magnitude, and disc cam 2 is arranged on the lower section of 6-18 fixing measuring cup 102；Disc cam 2 (does not shows in figure with frame
Show) fixing connection；
Described each bearing 105 includes lower bearing head 1051 and upper bearing axle 1052；Described bearing head 1051 is arranged on convex
In wheel groove 202, it is matched in clearance with cam groove 202 periphery, can rotate along cam groove 202；Described bearing axle 1052
It is arranged in the dead eye 1031 of slide block 103；Bearing 105 can with curve movement in the cam groove 202 of disc cam 2,
Make the volume change of movable measuring cup 104；
Slide block 103, slide block slotted eye and cam groove 202 form floating connection, disc cam 2, include that cam groove 202 is solid
Fixed motionless, slide block 103 is arranged in slide block slotted eye, and slide block 103 can be rotated along cam groove 202 by bearing 105, sliding
Block 103 can slide to inner or outer direction again rotating along cam groove 202 while in slide block slotted eye；
Described stub bar combinative structure 4 of disclosing includes disclosing stub bar 401 and cylinder 402, discloses stub bar combinative structure 4 and is arranged on cylindrical shape and turns
Above dish 101 side, described in disclose stub bar 401 lower end aligned discharging opening 203, by cylinder 402 drive disclose stub bar 401 by material
Pushing in packaging bag, described cylinder 402 is fixing with frame (not shown) to be connected；Described baffle plate 5 is arranged on cylindrical shape
Above rotating disk 101 side, outside discharging opening 203, material is made no longer to fall to discharging opening 203, it is ensured that metering is accurately；Described gear
Plate 5 is fixing with frame (not shown) to be connected；
Described stirring paddle combinative structure 3 includes stirring paddle 301 and motor 302, and stirring paddle combinative structure 3 is fixedly installed on cylinder
Shape rotating disk 101 is above baffle plate 5 side, and described motor 302 is vertically arranged, and described motor 302 (does not shows in figure with frame
Show) fixing connection；Described stirring paddle 301 is horizontally disposed with, stirring paddle 301 setting direction and cylindrical shape rotating disk 101 rotation direction
Vertically, it is matched in clearance bottom stirring paddle 301 lower surface and cylindrical shape rotating disk 101；Stirring paddle 301 is driven by motor 302,
Material scraper is entered in the movable measuring cup 104 of cylindrical shape rotating disk 101；
Described conveying structure (not shown) is arranged on above cylindrical shape rotating disk 101, described packaging bag (not shown)
It is arranged on below discharging opening 203；
Described Cam splitter combinative structure 6 includes Cam splitter 601 and groove type photoelectric switch 602；Described Cam splitter
601 include that convex annular dish 6011 and dispenser output shaft 6012, described convex annular dish 6011 and dispenser output shaft 6012 are positioned at
Cam splitter 601 top；Cam splitter combinative structure 6 is arranged on bottom disc cam 2, and convex annular dish 6011 is located in
In the centre bore of disc cam 2, dispenser output shaft 6012 is fixing with the bottom of cylindrical shape rotating disk 101 to be connected；Grooved light is established by cable
Close 602 startup and the stoppings that controlling Cam splitter 601；
Described agent structure also includes fastening bolt 7, circular pressing plate 8 and circular platen 9, described circular pressing plate 8 and circular platen
9 are provided centrally with bolt hole；Described cylindrical shape rotating disk 101 also includes that output shaft axis hole, described output shaft axis hole are arranged on bottom
The center of central part；Described circular pressing plate 8 is arranged on top bottom cylindrical shape rotating disk 101, and the size of circular pressing plate 8 compares cylinder
Bottom shape rotating disk 101 little but the latter half of of each movable measuring cup 104 can be covered；Described circular platen 9 is arranged on circular pressure
Below plate 8, above portion of bottom centre, circular platen 9 upper surface is equal with the upper base surface of cylindrical shape rotating disk 101；Segmentation
Device output shaft 6012 is located in output shaft axis hole, and fastening bolt 7 passes bolt hole and dispenser output shaft 6012 secure fit,
Cylindrical shape rotating disk 101 is made to be fastenedly connected with dispenser output shaft 6012.
Described bottom centre portion's periphery is provided with annular groove 10, and described circular platen 9 periphery is provided with downward annular nib 11,
Described annular nib 11 is inlayed each other with annular groove 10 and is coordinated.
Working mechanism: opening conveying structure, the material stirred falls in cylindrical shape rotating disk 101, starts grooved light simultaneously
Electric switch 602, makes Cam splitter 601 start, and dispenser output shaft 6012 drives cylindrical shape disk combination structure 1 counterclockwise
Rotate, being floated with fixing measuring cup slotted eye 1021 and cam groove 202 composition by slide block 103 of cylindrical shape disk combination structure 1
Connecting, material rotates with cylindrical shape rotating disk 101 and fills up each movable measuring cup 104；Along with the angle rotated is gradually increased, due to
The effect of cam groove 202, slide block 103 moves in slide block slotted eye the most from outside to inside, makes movable measuring cup 104 volume gradually
Becoming big, when turning to 180 °, movable measuring cup 104 volume reaches maximum, and material progressively fills up each movable measuring cup 104；Continue
Continuous rotation, slide block 103 moves in slide block slotted eye the most from inside to outside, makes movable measuring cup 104 volume taper into, until turning
When moving above discharging opening 203, movable measuring cup 104 fully comes together composition one little cylinder, volume and minimizes value, in cylinder
Material is suitably compressed；Simultaneously in rotation process, movable measuring cup 104 is before arriving above discharging opening 203, through stirring
When mixing oar 301, the material above movable measuring cup 104 is scraped, when making above arrival discharging opening 203, in movable measuring cup 104
Packaged food be a certain amount of, thus reach accurate volumetric metering purpose；Thereafter, by disclosing stub bar combinative structure 4, this is certain
The packaged food of amount falls to packaging bag by discharging opening 203.
Embodiment described above, the simply one of the present invention more preferably detailed description of the invention, those skilled in the art is at this
The usual variations and alternatives carried out in inventive technique aspects all should comprise within the scope of the present invention.
Claims (4)
1. disc cam formula packaged food metering device, including frame, with conveying structure and packaging bag with the use of, described packaged food
I.e. material includes packaging bean product, packed meat prod and packaging fish product, it is characterised in that:
Also include agent structure, described agent structure include cylindrical shape disk combination structure, disc cam, stirring paddle combinative structure,
Disclose stub bar combinative structure, baffle plate, Cam splitter combinative structure；
Described cylindrical shape disk combination structure includes cylindrical shape rotating disk, 6-18 fixing measuring cup, 6-18 slide block, 6-18 work
Momentum cup and 6-18 bearing；
Described cylindrical shape rotating disk is overall in upward opening shape, and including bottom, 6-18 bottom slotted eye and sidewall, described bottom is circle
Dish type, described bottom includes portion of bottom centre, and portion of described bottom centre is less than periphery；Described sidewall is cylindrical shape, described 6-18
Individual bottom slotted eye equidistant arrangement, be radially arranged on bottom, the outer end of bottom slotted eye be semicircle；Each slide block is elongated,
Being each provided with 1 dead eye on each slide block, both sides, slide block the inner are that square, outward flange one end are for semicircle；Described each
The most rectangular bar shaped of fixing measuring cup, it is provided with fixing measuring cup slotted eye in the middle part of it, total 6-18 fixing measuring cup slotted eye；6-18
Individual fixing measuring cup is respectively fixedly disposed at below 6-18 bottom slotted eye；Described fixing measuring cup slotted eye the inner is opening shape, outward flange
One end is the most recessed semicircle, and the width semicircle equal, outside of fixing measuring cup slotted eye and bottom slotted eye is equal in magnitude, 6-18
Individual bottom slotted eye and the individual fixing measuring cup slotted eye of 6-18 overlap composition slide block slotted eye up and down, its outer end is semicircle, forms 6-18 altogether
Individual slide block slotted eye, slide block slot outer end of hole is the most recessed semicircle；The semicircle that slide block concaves is the most recessed with slide block slot outer end of hole
Semicircle between composition activity measuring cup, altogether composition 6-18 activity measuring cup；
Described disc cam includes that disc cam main body, cam groove, discharging opening and centre bore, described cam groove are arranged on dish
Above type cam body, described discharging opening is arranged on below disc cam body side, discharging opening upper end and disc cam main body one
Side interlinks；Disc cam is equal in magnitude with the bottom of cylindrical shape rotating disk, and disc cam is arranged on the lower section of 6-18 fixing measuring cup；
Disc cam is fixing with frame to be connected；
Described each bearing includes lower bearing head and upper bearing axle；Described bearing head is arranged in cam groove, with cam ditch
Groove periphery is matched in clearance, can rotate along cam groove；Described bearing axle is arranged in the dead eye of slide block；Bearing can be at dish-type
With curve movement in the cam groove of cam, make the volume change of movable measuring cup；
Slide block, slide block slotted eye and cam groove composition floating connection, disc cam, include that cam groove is fixed, sliding
Block is arranged in slide block slotted eye, and slide block can be rotated along cam groove by bearing, and slide block the most again can be rotating along cam groove while
Slide to outer or inward direction in slide block slotted eye；
Described stub bar combinative structure of disclosing includes disclosing stub bar and cylinder, discloses stub bar combinative structure and is arranged on above cylindrical shape rotating disk side,
Described disclosing stub bar lower end aligned discharging opening, cylinder drive and disclose stub bar and push in packaging bag by material, described cylinder is solid with frame
Fixed connection；Described baffle plate is arranged on above cylindrical shape rotating disk side, outside discharging opening, makes material no longer fall to discharging opening, it is ensured that
Metering is accurately；Described baffle plate is fixing with frame to be connected；
Described stirring paddle combinative structure includes that stirring paddle and motor, stirring paddle combinative structure are fixedly installed on cylindrical shape rotating disk near gear
Above plate side, described motor is vertically arranged, and described motor is fixing with frame to be connected；Described stirring paddle is horizontally disposed with, stirring paddle
Setting direction is vertical with cylindrical shape rotating disk rotation direction, is matched in clearance bottom stirring paddle lower surface and cylindrical shape rotating disk；Stirring paddle
By driven by motor, material scraper is entered in the movable measuring cup of cylindrical shape rotating disk；
Described Cam splitter combinative structure includes Cam splitter and groove type photoelectric switch；Described Cam splitter includes convex annular
Dish and dispenser output shaft, described convex annular dish and dispenser output shaft are positioned at Cam splitter top；Cam splitter combination knot
Structure is arranged on bottom disc cam, and convex annular dish is located in the centre bore of disc cam, dispenser output shaft and cylindrical shape rotating disk
Bottom fixing connect；Groove type photoelectric switch can control startup and the stopping of Cam splitter；
Working mechanism: opening conveying structure, the material stirred falls in cylindrical shape rotating disk, starts grooved light simultaneously and establishes by cable
Closing, make Cam splitter start, dispenser output shaft drives cylindrical shape disk combination structure to rotate counterclockwise, cylindrical shape rotating disk group
The bottom closing structure is rotated backward above fixing measuring cup slotted eye and cam groove composition floating connection, with disc cam by slide block,
Material rotates with cylindrical shape rotating disk and fills up each movable measuring cup slotted eye；Along with the angle rotated is gradually increased, due to cam groove
Effect, slide block moves in slide block slotted eye the most from outside to inside, makes movable measuring cup volume become larger, when turning to 180 °,
Movable measuring cup volume reaches maximum, and material progressively fills up each movable measuring cup；Be rotated further, slide block in slide block slotted eye progressively by
In to inside and outside moving, make movable measuring cup volume taper into, during until turning to above discharging opening, movable measuring cup fully comes together group
Becoming 1 little cylinder, volume to minimize value, the material in cylinder is suitably compressed；Simultaneously in rotation process, movable measuring cup
Material before arriving above discharging opening, above stirring paddle, movable measuring cup is scraped, when making above arrival discharging opening,
Packaged food in movable measuring cup is a certain amount of, thus reaches the purpose of accurate volumetric metering；Thereafter, by disclosing stub bar combinative structure,
This certain amount of packaged food falls to packaging bag by discharging opening.
Disc cam formula packaged food metering device the most according to claim 1, it is characterised in that: described cylindrical shape disk combination
Structure includes 8 fixing measuring cups, 8 slide blocks, 8 movable measuring cups and 8 bearings, and described cylindrical shape rotating disk includes 8 bottoms
Slotted eye；8 fixing measuring cup slotted eyes and 8 bottom slotted eye upper and lower overlapping 8 slide block slotted eyes of composition.
Disc cam formula packaged food metering device the most according to claim 1, it is characterised in that: described agent structure also includes
Fastening bolt, circular pressing plate and circular platen, described circular pressing plate and circular platen are provided centrally with bolt hole；Described cylindrical shape
Rotating disk also includes that output shaft axis hole, described output shaft axis hole are arranged on the center in portion of bottom centre；Described circular pressing plate is arranged on circle
Top bottom tubular rotating disk, the size of circular pressing plate is less than bottom cylindrical shape rotating disk but can cover the later half of each movable measuring cup
Portion；Described circular platen is arranged on below circular pressing plate, above portion of bottom centre, circular platen upper surface and cylindrical shape rotating disk
Upper base surface is equal；Dispenser output shaft is located in output shaft axis hole, and fastening bolt is through bolt hole and dispenser output shaft
Secure fit, makes cylindrical shape rotating disk be fastenedly connected with dispenser output shaft.
4. according to the disc cam formula packaged food metering device described in claim 1 or 3, it is characterised in that: portion of described bottom centre
Periphery is provided with annular groove, and described circular platen periphery is provided with downward annular nib, described annular nib and annular groove
Inlay cooperation each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410833597.8A CN104528004B (en) | 2014-12-26 | 2014-12-26 | Disc cam formula packaged food metering device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410833597.8A CN104528004B (en) | 2014-12-26 | 2014-12-26 | Disc cam formula packaged food metering device |
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| Publication Number | Publication Date |
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| CN104528004A CN104528004A (en) | 2015-04-22 |
| CN104528004B true CN104528004B (en) | 2017-01-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410833597.8A Active CN104528004B (en) | 2014-12-26 | 2014-12-26 | Disc cam formula packaged food metering device |
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Families Citing this family (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105438509A (en) * | 2015-05-08 | 2016-03-30 | 洛阳名力科技开发有限公司 | Turnplate type weighing and feeding device |
| CN105730720A (en) * | 2016-02-03 | 2016-07-06 | 浙江名博机械有限公司 | Discharging device |
| CN105775175B (en) * | 2016-04-07 | 2017-11-14 | 舟山市普陀天海适用技术研究所 | A kind of multistation particle fills cup device |
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Effective date of registration: 20180403 Address after: 325207 Zhejiang city of Wenzhou province Ruian City Feiyun street Song Jiadai Patentee after: Zhejiang ancient Sichuan Machinery Co., Ltd. Address before: Ruian City, Zhejiang province 325207 Wenzhou City Feiyun Street Song Dai Industrial Park of ancient Sichuan Packing Machinery Co. Patentee before: Jin He |