CN205203506U - A adsorption paper feeding device for lolly packaging machine - Google Patents
A adsorption paper feeding device for lolly packaging machine Download PDFInfo
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- CN205203506U CN205203506U CN201520971968.9U CN201520971968U CN205203506U CN 205203506 U CN205203506 U CN 205203506U CN 201520971968 U CN201520971968 U CN 201520971968U CN 205203506 U CN205203506 U CN 205203506U
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Abstract
The utility model discloses an adsorption paper feeding device for lolly packaging machine, including paper feed mechanism, paper guide, automatic paper splicing mechanism and installation panel, the paper feed mechanism sets up in pairs on the installation panel, paper guide sets up the well upper portion at the installation panel, automatic paper splicing mechanism setting is in the well lower part of installation panel, the wrapping paper passes through paper feed mechanism, paper guide, automatic paper splicing mechanism in proper order, paper guide comprises multiunit tensioning pulley, automatic paper splicing mechanism includes a butt joint paper wheel and a pair of horizontal cutter, and horizontal cutter setting is on the upper portion that connects the paper wheel. The beneficial effect of the utility model: because adsorption paper feeding device includes automatic paper splicing mechanism, when wrapping paper on paper feed mechanism on one side 6.1 exhaustd, the wrapping paper on the paper feed mechanism of another side was through connecing paper wheel and original wrapping paper bonding to be in the same place, and the normal worker that need not stop the machine also accomplishing the change of wrapping paper.
Description
Technical field
The utility model belongs to packing machinery technology, particularly the package packing machine of lollipop.
Background technology
At present, existingly the wrapping machine of lollipop body kink packaging mainly can be comprised sugar tidy-up plate device, chain conveyor, lower paper and paper cutter, packaging hot sealing device etc. and provides the driving device of power for said apparatus, wherein pack the core component that hot sealing device and driving device are wrapping machine.Existing packing device automatization level is not high, is difficult to enhance productivity.
Utility model content
Technical problem to be solved in the utility model is the automatization level in order to improve lollipop wrapping machine, proposes a kind of paper feeder for lollipop wrapping machine.
For solving the problem, the technical solution of the utility model is: a kind of paper feeder for lollipop wrapping machine, comprises paper feed mechanism, paper guide, automatic splicer structure and installation panel; Paper feed mechanism is arranged in pairs on installation panel; Described paper guide is arranged on the middle and upper part of installation panel; Automatic splicer structure is arranged on the middle and lower part of installation panel; Wrapper is successively through paper feed mechanism, paper guide, automatic splicer structure; Described paper guide forms by organizing tensioning pulley more; Automatic splicer structure comprises a pair splicing wheel and a pair horizontal cutting knife, and horizontal cutting knife is arranged on the top of splicing wheel.
Further, described splicing wheel and horizontal cutting knife are controlled by telescopic cylinder.
Further, described tensioning pulley composition comprises 5 tensioning pulleys.
Further, the top of described automatic splicer structure is also provided with paper guide block.
Further, described paper guide is a symmetrical butterfly.
The beneficial effects of the utility model: because paper feeder comprises automatic splicer structure, when the wrapper on one side paper feed mechanism 6.1 is finished, wrapper on the paper feed mechanism of another side is bonded together by splicing wheel and original wrapper, does not need to stop the normal work of machine also can complete the replacing of wrapper.
Accompanying drawing explanation
Fig. 1 is flow package schematic diagram;
Fig. 2 is general assembly structural representation;
Fig. 3 is sugar tidy-up device structural representation;
Fig. 4 is for sending sugared apparatus structure schematic diagram;
Fig. 5 is sugar tidy-up plate local structure schematic diagrams;
Fig. 6 is sugar tidy-up plate structural representation;
Fig. 7 is the structural representation of feed opening;
To be sugar tidy-up device be connected schematic diagram between sugared device with sending to Fig. 8;
Fig. 9 is connected structure schematic diagram between amplification first sugar dish and the second sugar coil;
Figure 10 is for sending sugared device and the sugared device connected structure schematic diagram of bag;
Figure 11 is for sending sugared device, bag sugar device and going out sugared device connected structure schematic diagram;
Figure 12 is transmission device structural representation of the present utility model;
Figure 13 is sugar pushing unit construction schematic diagram;
Figure 14 is sugar pushing assembly front view;
Figure 15 is that paper assembly and kink heat-sealing assembly schematic diagram are held together in rotation;
Figure 16 is that folder is held together in rotation and kink heat-sealing folder matches structural representation;
Figure 17 is that folder structure schematic diagram is held together in rotation;
Figure 18 is kink heat-sealing clamping structure schematic diagram;
Figure 19 is that folder sectional structure schematic diagram is held together in rotation;
Figure 20 is for going out sugared apparatus structure schematic diagram;
Figure 21 is for going out sugared device structure for amplifying schematic diagram;
Figure 22 is for going out another viewing angle constructions schematic diagram of sugared device;
Figure 23 is sieve sugar pendulum structural representation;
Figure 24 is paper feeder structural representation;
Figure 25 is automatic splicer structure structural representation;
Figure 26 is paper cutting mechanism structural representation;
Figure 27 is another viewing angle constructions schematic diagram of paper cutting mechanism;
Figure 28 is another viewing angle constructions schematic diagram of paper cutting mechanism cutter.
Wherein, blanking device 1, sugar entering speed-controlling device 1.1, infrared gauge 1.1.1, material feeding box 1.2, discharging opening 1.3, stock guide 1.4, sugar tidy-up device 2, sugar tidy-up plate 2.1, spheroidal manages sugared groove 2.1.1, " Y " v notch v 2.1.1.1, manage sugared brush 2.2, a reason sugar brush 2.2.1, No. two reason sugar brush 2.2.2, No. three reason sugar brush 2.2.3, sugar lid 2.4, wrap sugared device 3, folder sugar rotates paper assembly 3.1, hold together paper disc 3.1.1, rotate folder 3.1.2, kink heat-sealing assembly 3.2, encapsulation disk 3.2.1, kink heat-sealing folder 3.2.2, sugar pushing assembly 3.3, cam 3.3.1, push rod 3.3.2, push rod reaction plate 3.3.3, sugar pushing folder 3.3.4.Send sugared device 4, sugar conveying plate 4.1, the first sugar dish 4.1.1, second sugar dish 4.1.2, trisaccharide dish 4.1.3, send sugar tongs 4.2, annular leads sugared rail 4.3, examines sugared device 4.5, infrared detecting device 4.4.1, dial sugared assembly 4.4.2, go out sugared device 5, guide wheel I5.1, guide wheel II5.2, guide wheel III5.3, sieve sugar pendulum 5.4; Paper feeder 6, paper feed mechanism 6.1, paper guide 6.2, hand papercutter group 6.3, automatic splicer structure 6.4, splicing wheel 6.4.1, horizontal cutting knife 6.4.2, paper cutting mechanism 6.5.
Detailed description of the invention
Below in conjunction with accompanying drawing and specific embodiment, the utility model is further elaborated.
As illustrated in fig. 1 and 2, a kind of lollipop wrapping machine, comprises blanking device 1, sugar tidy-up device 2, send sugared device 4, wrap sugared device 3 and go out sugared device 5; Sugar material is transported in sugar tidy-up device 2 by described blanking device 1; Described send sugared device 4 to be taken out from sugar tidy-up device 2 by sugar material and put into bag sugared device 3; The sugared device 3 of described bag completes sugar material packaging; Described go out sugared device 5 be arranged at bag sugared device 3 go out sugared station.Send sugared device 4 and wrap to be provided with between sugared device 3 and examine sugared device, wrap sugared device 3 and go out between sugared device 5 and be provided with package checking device.
As shown in Fig. 2,4 and 7, blanking device 1 comprises material feeding box 1.2, the cross section of described material feeding box 1.2 becomes " V " shape, the side of described material feeding box 1.2 is provided with feed opening 1.3, stock guide 1.4 is installed between feed opening 1.3 and material feeding box 1.2, stock guide 1.4 can all around circulate vibrations, is sifted out by the sugar material A slided on stock guide 1.4 from discharging opening 1.3; The top of stock guide 1.4 epitaxial part is provided with sugar entering speed-controlling device 1.1, and sugar entering speed-controlling device 1.1 mainly contains Infrared survey instrument 1.1.1 and forms.
As Fig. 2,3, shown in 5 and 6, comprise sugar tidy-up plate 2.1 described in sugar tidy-up device 2, be arranged in the enclosing 2.3 around sugar tidy-up plate 2.1, the reason sugar brush 2.2 being arranged on sugar tidy-up plate 2.1 edge and sugar lid 2.4; Between the center of circle that described sugar lid 2.4 covers sugar tidy-up plate 2.1 and circumference, the radius of sugar lid 2.4 is identical with sugar tidy-up plate 2.1 radius, sugar lid 2.4 and sugar tidy-up plate 2.1 relative motion; Described sugar tidy-up plate 2.1 is spliced by four pieces of secter pats, is convenient to sugar tidy-up plate 2.1 Assembly &Disassembly; The edge of described sugar tidy-up plate 2.1 is provided with 60 spheroidals uniformly and manages sugared groove 2.1.1, the outward flange that spheroidal manages sugared groove 2.1.1 is provided with for excellent " Y " v notch v 2.1.1.1 of fixing sugar, described sugar tidy-up plate 2.1 comprises three sugared stations of reason, and reasonable sugared brush 2.2 all installed by each reason sugar.The sugar material A being scattered in the sugared groove 2.1.1 of circular reason arranges as sugar rod is towards the position at sugar tidy-up plate 2.1 center by a reason sugar brush 2.2.1, manage the sugared 2.2.2 of brush for No. two and excellent for the sugar of the position towards sugar tidy-up plate 2.1 center arrangement is fallen into " Y " v notch v 2.1.1.1 inside, manage the sugared 2.2.3 that brush and will fall into the further arrangement of sugar rod of " Y " v notch v 2.1.1.1 inside neatly for No. three of rotation.
As shown in Fig. 4,7-11, send sugared device 4 to comprise sugar conveying plate 4.1 and be evenly arranged on sugar conveying plate 4.1 edge send sugar tongs 4.2; Described sugar conveying plate 4.1 is made up of the first sugar dish 4.1.1, the second sugar dish 4.1.2 and trisaccharide dish 4.1.3; The edge of described first sugar dish 4.1.1 is provided with 30 uniformly and send sugar tongs 4.2, the sugar entering station of described first sugar dish 4.1.1 is provided with and leads sugared rail 4.3 with the annular of sugar tidy-up plate 2.1 sides aligned parallel, annular leads sugared rail 4.3 and the first sugared joining place coiling 4.1.1 is provided with group sugar-tablet 4.4, dial sugar-tablet 4.4 and have 5 degree, the every sugar material A once annular led on sugared rail 4.3 dialling sugar-tablet 4.4 dials in the first sugar and coils 4.1.1 send sugar tongs 4.2.First sugar dish 4.1.1 and second sugar coil to be provided with between 4.1.2 examine sugared device 4.5, examines sugared device 4.5 and comprises infrared detecting device 4.4.1 and group sugared assembly 4.4.2.
As shown in Figure 13-19, wrap sugared device 3 and comprise folder sugar and rotate paper assembly 3.1, kink heat-sealing assembly 3.2 and sugar pushing assembly 3.3.Paper assembly 3.1, kink heat-sealing assembly 3.2 and the coaxial arranged superposed of sugar pushing assembly 3.3 are held together in described rotation, and kink heat-sealing assembly 3.2 is arranged on folder sugar and rotates between paper assembly 3.1 and sugar pushing assembly 3.3.
As illustrated in figs. 13-14, sugar pushing assembly 3.3 comprises cam 3.3.1 (cam 3.3.1 is cylindrical cam), push rod 3.3.2, push rod reaction plate 3.3.3 and is arranged on the sugar pushing folder 3.3.4 of push rod 3.3.2 one end.Described cam 3.3.1 and push rod reaction plate 3.3.3 is coaxially arranged by rotating shaft 3.3.5, cam 3.3.1 is fixedly mounted on rotating shaft 3.3.5, push rod reaction plate 3.3.3 rotation on rotating shaft 3.3.5, described push rod 3.3.2 installs along the circumference activity of push rod reaction plate 3.3.3, the middle part of push rod 3.3.2 is fixed with slide block 3.3.2.1, and slide block 3.3.2.1 is placed in the slideway of cylindrical cam; Push rod reaction plate 3.3.3 rotation drives push rod 3.3.2 along cam 3.3.1 circular movement, and slide block 3.3.2.1, along the slideway orbiting motion of cylindrical cam, makes push rod 3.3.2 according to the up-and-down motion of push rod reaction plate 3.3.3.Simultaneously cylindrical cam is combined by 100 ° of secter pats and 260 ° of secter pats, and described 100 ° fan-shapedly can rotate 0-5 °, thus change the slideway course length of cylindrical cam, and then change the flexible point of push rod 3.3.2 centered by rotating shaft 3.3.5.
As shown in figures 15-19, folder sugar rotates paper assembly 3.1 and kink heat-sealing assembly 3.2 are fixed on rotating shaft 3.3.5 certain section with rotating shaft, and described folder sugar rotates paper assembly 3.1 and kink, and to seal the rotative speed of assembly 3.2 consistent with push rod reaction plate 3.3.3.Folder sugar rotates paper assembly 3.1 and comprises holding together paper disc 3.1.1 and rotate folder 3.1.2.Kink heat-sealing assembly 3.2 comprises encapsulation disk 3.2.1 and 12 kink heat-sealing folder 3.2.2.12 kink heat-sealing folder 3.2.2 annular arrays are fixed on encapsulation disk 3.2.1, rotate folder 3.1.2 annular array simultaneously and are fixed on paper disc 3.1.1; Folder 3.1.2 and kink heat-sealing folder 3.2.2 position one_to_one corresponding are held together in sugar pushing folder 3.3.4, rotation.
As shown in Figure 16,17 and 19, rotating folder 3.1.2 is that four paws rotation rotates folder, and described kink heat-sealing folder 3.2.2 is intersection three tooth packaging clip, and the encapsulation mouth of described kink heat-sealing folder 3.2.2 is the type of convergence, ensures the tightr of encapsulation.The heat-sealing tube of kink heat-sealing folder 3.2.2 is " J " type hard heat-sealing tube.
As depicted in figs. 20-23, go out sugared device 5 and comprise guide wheel I5.1, guide wheel II5.2, guide wheel III5.3, sieve sugar pendulum 5.4 and package checking device; The wheel sheet that guide wheel I5.1 and two panels keep at a certain distance away concentric combines, and nebenkern sheet is provided with four groups for transmitting the gear teeth of sugar material A; Package checking device is arranged on the sugar entering station of guide wheel I5.1; Sieve sugar pendulum 5.4 is made up of a telescopic cylinder and a pair swing arm, and one end of two swing arms and one end of telescopic cylinder are hinged; Swing arm is arranged in the gap of two panels nebenkern sheet of guide wheel I5.1, and telescopic cylinder is arranged on the back side of guide wheel I5.1.Telescopic cylinder and package checking device electrically connect, and the packaging of package checking device to the sugar material A entering guide wheel I5.1 checks, as the Packing Sound of fructose material A, the sugar material A of Packing Sound is directly imported to next station by guide wheel I5.1, and completing of the packaging of A expected by sugar.When package checking device be checked through the sugar material A entering guide wheel I5.1 there is no a Packing Sound time, package checking device controls telescopic cylinder and shrinks, swing arm imports to guide wheel II5.2 by guide wheel I5.1 not having the sugar material A of Packing Sound, and guide wheel II5.2 will not have the sugar material A of Packing Sound to be connected with guide wheel III5.3.
Paper feeder 6 is arranged on the top of wrapping sugared device 3 as illustrated in figs. 24-28; Paper feeder 6 comprises paper feed mechanism 6.1, paper guide 6.2, automatic splicer structure 6.4 and paper cutting mechanism 6.5; Paper feed mechanism 6.1 is arranged in pairs on installation panel 6.3; Described paper guide 6.2 is arranged on the middle part of installation panel 6.3, and described hand papercutter group 6.3 is arranged on the sugared device 3 of bag and enters sugar and go out, for blocking wrapper uniformly.Described splicing wheel 6.4.1 and horizontal cutting knife 6.4.2 is controlled by telescopic cylinder.Described tensioning pulley composition comprises 5 tensioning pulleys.The top of described automatic splicer structure 6.4 is also provided with paper guide block 6.4.Described paper guide 6.2 is a symmetrical butterfly.
Experimental example one:
During the work of lollipop wrapping machine, lollipop sugar material A to be packaged, entered into the material feeding box 1.2 of blanking device 1 by the belt conveyor of workshop, slide on the stock guide 1.4 be arranged between discharging opening 1.3 and material feeding box 1.2 through " V " tee section of material feeding box 1.2.Stock guide 1.4 can all around circulate vibrations, is sifted out by the sugar material A slided on stock guide 1.4 fall in sugar tidy-up plate 2.1 from discharging opening 1.3.The top of stock guide 1.4 epitaxial part is provided with sugar entering speed-controlling device 1.1, sugar entering speed-controlling device 1.1 forms primarily of Infrared survey instrument 1.1.1, and Infrared survey gauge 1.1.1 tires out by detecting the sugar material A fallen in sugar tidy-up plate 2.1 speed that collection highly judges sugar entering.If the quantity that in the unit time, sugar material A falls in sugar tidy-up plate 2.1 through stock guide 1.4 reduces, Infrared survey instrument 1.1.1 detects the sugar material A tired collection height reduction in sugar tidy-up plate 2.1, stock guide 1.4 just accelerates left and right circulation vibrations, improves sugar material A and falls into quantity in sugar tidy-up plate 2.1.If the quantity that in the unit time, sugar material A falls in sugar tidy-up plate 2.1 through stock guide 1.4 increases, Infrared survey gauge 1.1.1 detects that the tired collection of sugar material A in sugar tidy-up plate 2.1 highly raises, circulation vibrations about stock guide 1.4 just slows down, reduce sugar and expect that A falls into quantity in sugar tidy-up plate 2.1.Sugar entering speed-controlling device 1.1 can control the speed that sugar material A falls into sugar tidy-up plate 2.1 by actv., neither makes machine work overloadingly, does not also allow machine be in low efficiency work.Material feeding box 1.2 top is also provided with Infrared survey instrument, is equally to detect the sugar material height in material feeding box 1.2, to control the feed rate in material feeding box 1.2.
Infrared survey instrument 1.1.1 is by the support of " L " shape, be arranged on the top of stock guide 1.4 epitaxial part, one end of the support of " L " shape is provided with the chute of installation infrared survey meter 1.1.1, Infrared survey instrument 1.1.1 can regulate height as required, and the other end of the support of " L " shape is arranged on the outer wall of material feeding box 1.2.
After sugar material A drops to sugar tidy-up plate 2.1, the edge along sugar tidy-up plate 2.1 is provided with enclosing 2.3, avoids sugar material A to drop from sugar tidy-up plate 2.1.The center of sugar tidy-up plate 2.1 is provided with reason sugar lid 2.4, the length of reason sugar lid 2.4 is identical with sugar tidy-up plate 2.1 diameter, reason sugar lid 2.4 and sugar tidy-up plate 2.1 relative motion, reason sugar lid 2.4 is that the wheel disk shape of a centre slightly tapering makes sugar material A can not be gathered in the seat, center of sugar tidy-up plate 2.1 simultaneously.The edge of sugar tidy-up plate 2.1 is provided with the sugared groove 2.1.1 of circular reason uniformly, and the outward flange of the sugared groove 2.1.1 of circular reason is provided with " Y " v notch v 2.1.1.1 for fixing sugar rod.The work of whole reason sugar comprises three stations altogether, each station installs reasonable sugared brush 2.2, when sugar material A runs to a sugared station of reason, the sugar material A being scattered in the sugared groove 2.1.1 of circular reason arranges as sugar rod is towards the position at sugar tidy-up plate 2.1 center by a reason sugar brush 2.2.1 of rotation.When sugar material A runs to No. two sugared stations of reason, the sugar of the position towards sugar tidy-up plate 2.1 center rod arranges and falls into " Y " v notch v 2.1.1.1 inside fixing sugar material A by No. two reason sugar brush 2.2.2 rotated, when sugar material A runs to No. three sugared stations of reason, the sugar rod that No. three reason sugar brush 2.2.3 of rotation will fall into " Y " v notch v 2.1.1.1 inside arranges neat further.
The sugar material A managing marshalling in sugared groove 2.1.1 in circle enters the sugared device 3 of bag by sending sugared device 4.Send sugared device 4 to comprise sugar conveying plate 4.1 and be evenly arranged on sugar conveying plate 4.1 send sugar tongs 4.2.Sugar conveying plate 4.1 is made up of the first sugar dish 4.1.1, the second sugar dish 4.1.2 and trisaccharide dish 4.1.3.The surrounding of the first sugar dish 4.1.1 is arranged uniformly send sugar tongs 4.2, sugar tidy-up plate 2.1 and the first sugar coil and are provided with annular between 4.1.1 and lead sugared rail 4.3, the tail end that annular leads sugared rail 4.3 is provided with dials sugar-tablet 4.4, dials sugar-tablet 4.4 and annular is led dialling in of sugar material A mono-on sugared rail 4.3 sugar conveying plate 4.1 send sugar tongs 4.2.First sugar dish 4.1.1 will send the A of the sugar material on sugar tongs 4.2, be transported to second sugar dish 4.1.2 send on sugar tongs 4.2, second sugar dish 4.1.2 delivers to sending on sugar tongs 4.2 of trisaccharide dish 4.1.3 by sending the sugar material A on sugar tongs 4.2.First sugar dish 4.1.1 and second sugar coils to be provided with between 4.1.2 examines sugared device 4.5, examine sugared device 4.5 comprise infrared detecting device 4.4.1 and dial sugared assembly 4.4.2, when sugar material A is through the sugared device 4.5 of inspection, infrared detecting device 4.4.1 detects bad sugar, dial sugared assembly 4.4.2 the sugar material A sending sugar tongs 4.2 to clamp on the second sugar dish 4.1.2 is pulled out, avoid bad sugar to enter into heat sealed package link.Dial sugared assembly 4.4.2 to form by dialling sugared cylinder, when sugar material A is through the sugared device 4.5 of inspection, infrared detecting device 4.4.1 detects bad sugar, and group sugared cylinder stretches out and backed down by the sugar tongs 4.2 that send on the second sugar dish 4.1.2, the sugar material A now sending sugar tongs 4.2 to clamp drops, and completes the screening of bad sugar.Complete sugar material A by first sugar dish 4.1.1 will send the A of the sugar material on sugar tongs 4.2, be transported to second sugar dish 4.1.2 send on sugar tongs 4.2, second sugar dish 4.1.2 delivers to sending on sugar tongs 4.2 of trisaccharide dish 4.1.3 by sending the sugar material A on sugar tongs 4.2.Sugar is expected that A is sent to the sugared device 3 of bag by trisaccharide dish 4.1.3.
After sugar material A is sent to the sugared device 3 of bag, wraps sugared device 3 and comprise folder sugar and rotate paper assembly 3.1, kink heat-sealing assembly 3.2 and sugar pushing assembly 3.3; Sugar pushing assembly 3.3 comprises cam 3.3.1 (cam 3.3.1 is cylindrical cam), push rod 3.3.2, push rod reaction plate 3.3.3 and is arranged on the sugar pushing folder 3.3.4 of push rod 3.3.2 one end.During work, sugar pushing folder 3.3.4 accommodates the sugar material A that trisaccharide dish 4.1.3 passes over, and push rod reaction plate 3.3.3 rotation drives push rod 3.3.2 along cam 3.3.1 circular movement, and sugar pushing folder 3.3.4 is fixed on push rod 3.3.2 one end.When push rod reaction plate 3.3.3 drives push rod 3.3.2 along cam 3.3.1 circular movement to the low and slow station of cam, sugar pushing folder 3.3.4 clamps the sugar material A that trisaccharide dish 4.1.3 passes over, then push rod reaction plate 3.3.3 drives push rod 3.3.2 along cam 3.3.1 circular movement during station convex in the height of cam, and push rod 3.3.2 pushes away before sugar pushing being pressed from both sides the sugar material A of 3.3.4 clamping.
Folder sugar rotates paper assembly 3.1 installation coaxial with sugar pushing assembly 3.3 one-tenth, folder sugar rotates paper assembly 3.1 and comprises holding together paper disc 3.1.1 and rotate folder 3.1.2, described rotation is held together folder 3.1.2 and is circularized the side that array is arranged on paper disc 3.1.1, folder 3.1.2 opening and sugar pushing are held together in described rotation, and to press from both sides the sugar material A that 3.3.4 clamps relative, and rotating folder 3.1.2 can expect clamp together with A by candy paper and sugar.The sugar material A that sugar pushing is pressed from both sides 3.3.4 clamping by push rod 3.3.2 releases, the candy paper in motion front is headed into rotation when releasing and holds together folder 3.1.2 opening by sugar material A, rotate folder 3.1.2 and close sugared surface candy paper being wrapped in sugar material A, rotating folder 3.1.2 can rotation, drives sugar material A to rotate simultaneously.
Folder sugar rotates also coaxially arranged kink heat-sealing assembly 3.2 between paper assembly 3.1 and sugar pushing assembly 3.3, and kink heat-sealing assembly 3.2 comprises encapsulation disk 3.2.1 and 3.2.2 is pressed from both sides in kink heat-sealing.Kink heat-sealing folder 3.2.2 annular array is arranged on the driving surface of encapsulation disk 3.2.1.Encapsulation disk 3.2.1 with hold together paper disc 3.1.1 and coaxially fix, kink heat-sealing folder 3.2.2 and the position one_to_one corresponding rotating folder 3.1.2, folder 3.1.2 is held together in the corresponding rotation of a kink heat-sealing folder 3.2.2.Rotating folder 3.1.2 drives sugar material A to rotate, and the candy paper of the folder of kink heat-sealing simultaneously 3.2.2 to parcel sugar material A seals.
After packaged, push rod reaction plate 3.3.3 drives push rod 3.3.2 along cam 3.3.1 circular movement to the low and slow station of cam, and the sugar material A that the encapsulation that sugar pushing is pressed from both sides 3.3.4 clamping by push rod 3.3.2 completes is transported to out sugared device 5.
Go out sugared device 5 and comprise guide wheel I5.1, guide wheel II5.2, guide wheel III5.3, sieve sugar pendulum 5.4 and package checking device; Described guide wheel I5.1 outward flange is provided with and protects sugared shell 5.5, and ensure that sugar material A can transport along guide wheel I5.1, guide wheel I5.1 is made up of two nebenkern sheets, and described nebenkern sheet is provided with four groups for transmitting the gear teeth of sugar material A.Package checking device is arranged on the sugared device of bag and goes out on the left of sugared device 5, for checking the sugar material A whether Packing Sound entering guide wheel I5.1.During work, the packaging of package checking device to the sugar material A entering guide wheel I5.1 checks, as the Packing Sound of fructose material A, the sugar material A of Packing Sound is directly imported to next station by guide wheel I5.1, and the packaging of sugar material A completes.When package checking device be checked through the sugar material A entering guide wheel I5.1 there is no a Packing Sound time, package checking device controls sieve sugar pendulum 5.4 and imports to guide wheel II5.2 by guide wheel I5.1 not having the sugar material A of Packing Sound, guide wheel II5.2 will not have the sugar material A of Packing Sound to be connected with guide wheel III5.3, importing to another station by guide wheel III5.3 by there is no the sugar material A of Packing Sound, realizing the fine or not detection of packing of sugar material A and being automatically separated.
In packaging process, paper feeder 6 is arranged on the top of wrapping sugared device 3; Paper feeder 6 comprises paper feed mechanism 6.1, paper guide 6.2, automatic splicer structure 6.4 and paper cutting mechanism 6.5; Paper feed mechanism 6.1 is arranged in pairs on installation panel 6.3; Described paper guide 6.2 is arranged on the middle part of installation panel 6.3, and described paper cutting mechanism 6.5 is arranged on the sugared device 3 of bag and enters sugar and go out, for blocking wrapper uniformly.Wrapper, successively through paper feed mechanism 6.1, paper guide 6.2, automatic splicer structure 6.4, eventually passes paper cutting mechanism 6.5 and cuts uniformly.Described paper guide 6.2 forms by organizing tensioning pulley more.Described automatic splicer structure 6.4 comprises a pair splicing wheel 6.4.1 and a pair horizontal cutting knife 6.4.2.When the wrapper on one side paper feed mechanism 6.1 is finished, wrapper on the paper feed mechanism 6.1 of another side is bonded together by splicing wheel and original wrapper, do not need to stop the normal work of machine can complete the transmission of each parts of the described lollipop wrapping machine of replacing of wrapper all by belt wheel and gear yet, ensure working stability and the stable drive of lollipop wrapping machine.
Those of ordinary skill in the art will appreciate that, embodiment described here is to help reader understanding's principle of the present utility model, should be understood to that protection domain of the present utility model is not limited to so special statement and embodiment.Those of ordinary skill in the art can make various other various concrete distortion and combination of not departing from the utility model essence according to these technology enlightenment disclosed in the utility model, and these distortion and combination are still in protection domain of the present utility model.
Claims (5)
1. for a paper feeder for lollipop wrapping machine, it is characterized in that: comprise paper feed mechanism (6.1), paper guide (6.2), automatic splicer structure (6.4) and installation panel (6.3); Paper feed mechanism (6.1) is arranged in pairs on installation panel (6.3); Described paper guide (6.2) is arranged on the middle and upper part of installation panel (6.3); Automatic splicer structure (6.4) is arranged on the middle and lower part of installation panel (6.3); Wrapper is successively through paper feed mechanism (6.1), paper guide (6.2), automatic splicer structure (6.4); Described paper guide (6.2) forms by organizing tensioning pulley more; Automatic splicer structure (6.4) comprises a pair splicing wheel (6.4.1) and a pair horizontal cutting knife (6.4.2), and horizontal cutting knife (6.4.2) is arranged on the top of splicing wheel (6.4.1).
2. the paper feeder for lollipop wrapping machine according to claim 1, is characterized in that: described splicing wheel (6.4.1) and horizontal cutting knife (6.4.2) are controlled by telescopic cylinder.
3. the paper feeder for lollipop wrapping machine according to claim 1, is characterized in that: described tensioning pulley composition comprises 5 tensioning pulleys.
4. the paper feeder for lollipop wrapping machine according to claim 1, is characterized in that: the top of described automatic splicer structure (6.4) is also provided with paper guide block (6.4).
5. the paper feeder for lollipop wrapping machine according to claim 1, is characterized in that: described paper guide (6.2) is a symmetrical butterfly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520971968.9U CN205203506U (en) | 2015-11-30 | 2015-11-30 | A adsorption paper feeding device for lolly packaging machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105329487A (en) * | 2015-11-30 | 2016-02-17 | 成都三可实业有限公司 | Paper feeder for lollipop packaging machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105329487A (en) * | 2015-11-30 | 2016-02-17 | 成都三可实业有限公司 | Paper feeder for lollipop packaging machine |
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