CN204713442U - Charcoal bag Full-automatic quantitative packing device - Google Patents
Charcoal bag Full-automatic quantitative packing device Download PDFInfo
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- CN204713442U CN204713442U CN201520332222.3U CN201520332222U CN204713442U CN 204713442 U CN204713442 U CN 204713442U CN 201520332222 U CN201520332222 U CN 201520332222U CN 204713442 U CN204713442 U CN 204713442U
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Abstract
The utility model relates to a kind of charcoal bag Full-automatic quantitative packing device, comprise frame, be arranged at the engine installation in frame and control setup, frame is provided with reel, bag folding charging guide cylinder is provided with below reel, the upper port of bag folding charging guide cylinder is large, lower end is young, the barrel sidepiece of bag folding charging guide cylinder is provided with inlet point, frame is also provided with dock with inlet point for interval, quantitatively to the rotating disc type automatic quantifying device of inlet point supply carbon granule, be provided with for the automatic heating seal apparatus by the transverse opening of the two layers of cloth after doubling and longitudinal opening pressing below lower port, engine installation is connected to provide power with automatic heating seal apparatus with rotating disc type automatic quantifying device respectively.The carbon granule of constant weight can carry out packing and sealing by this device automatically and continuously, and not only degree of automation is high, production efficiency is high, greatly reduce cost of labor, and strictly can ensure the weight of each charcoal bag.
Description
Technical field
The utility model relates to a kind of automatic packing apparatus, particularly a kind of charcoal bag Full-automatic quantitative packing device.
Background technology
In the market; packaging facilities for charcoal is less; it is all Semi-automatic device; need hand fit's equipment to carry out horizontal and vertical pressing to charcoal bag, and also manually will put into carbon granule in the process of pressing, not only operate loaded down with trivial details; production efficiency is low; and cost of labor is high, the weight of charcoal bag is difficult to ensure in addition, often there will be weight differential large especially.
Utility model content
The purpose of this utility model is to overcome above shortcoming, a kind of charcoal bag Full-automatic quantitative packing device is provided, can automatically and continuously the carbon granule of constant weight be carried out packing and sealing, not only degree of automation is high, production efficiency is high, greatly reduce cost of labor, and strictly can ensure the weight of each charcoal bag.
The utility model is achieved in that a kind of charcoal bag Full-automatic quantitative packing device, comprise frame, be arranged at the engine installation in frame and control setup, it is characterized in that: described frame is provided with the reel for the cloth that reels, be provided with for by cloth doubling and directing material enters bag folding charging guide cylinder between the two layers of cloth after doubling below described reel, the upper port of described bag folding charging guide cylinder is large, lower end is young, the barrel sidepiece of bag folding charging guide cylinder is provided with inlet point, described frame is also provided with dock with inlet point for interval, quantitatively to the rotating disc type automatic quantifying device of inlet point supply carbon granule, be provided with for the automatic heating seal apparatus by the transverse opening of the two layers of cloth after doubling and longitudinal opening pressing below described lower port, described engine installation is connected to provide power with automatic heating seal apparatus with rotating disc type automatic quantifying device respectively.
In order to energy interval, quantitatively to inlet point supply carbon granule, described rotating disc type automatic quantifying device comprises the rotating disk be rotationally connected with in frame, be fixedly arranged on more than one measuring cup of rotating disk bottom part down, be arranged at the keying plate for opening or close the blanking of measuring cup bottom opening below measuring cup bottom opening, be fixedly arranged in frame being used to open or close open and close plate with make material in the measuring cup above rotation to inlet point fall into inlet point start-stop system and be fixedly arranged in frame for the hopper to rotating disk feed, along same circumferentially-spaced when described measuring cup is multiple, described rotating disc type automatic quantifying device also comprises the scraper for being struck off by the carbon granule of measuring cup upper end, described scraper has part to be fixedly connected with frame, also have parts hang in rotating disk and the upper disk surface pressing close to rotating disk to realize scraper effect.
In order to the carbon granule of measuring cup upper surface can be struck off, described scraper comprises barrel cover and is connected to the material scraping plate in barrel cover, the upper disk surface of rotating disk is all pressed close to realize scraper effect in the bottom of barrel cover and material scraping plate, and the inner chamber of rotating disk is divided into the Flow of Goods and Materials district being positioned at barrel cover and the discharging area be positioned at outside barrel cover by described barrel cover; The inlet point of described bag folding charging guide cylinder is positioned at below discharging area; Described material scraping plate erects to be located in barrel cover Flow of Goods and Materials to distinguish to be divided into and is connected the loading area of charging and the recirculating zone between loading area and discharging area with hopper; Material scraping plate one upper lateral part is connected with barrel cover, bottom be provided with for guide the leftover materials in loading area flow in recirculating zone clout backflow import, the opposite side top of material scraping plate is connected with barrel cover, and bottom is provided with for guiding feed back in recirculating zone to the clout bypass outlet in loading area; In the process that described driven by rotary disc measuring cup rotates, measuring cup successively through loading area, recirculating zone and discharging area, and the upper shed of at least one measuring cup can enter in loading area completely, the upper shed of at least one measuring cup can enter in discharging area completely, and the clout of material scraping plate backflow import is positioned at outside the running orbit of measuring cup upper shed.
Preferably, described barrel cover comprises the arc drainage plate be arranged between Flow of Goods and Materials district and discharging area and the connecting panel be connected between arc drainage plate two ends, and described material scraping plate is installed on the junction of arc drainage plate and connecting panel.
In order to the capacity of measuring cup can be adjusted, described rotating disk comprises top rotary table and lower rotary table, described measuring cup comprises the upper measuring cup being fixedly installed on top rotary table bottom part down and the lower measuring cup be fixedly installed on the upside of lower rotary table, described upper measuring cup and lower measuring cup pivot bush unit, described rotating disc type automatic quantifying device also comprises the distance adjusting means of the spacing for regulating top rotary table and lower rotary table.
In order to adjust the distance between top rotary table and lower rotary table better, described distance adjusting means comprises the screw thread lift adjustment assembly be arranged at bottom lower rotary table and the worm and gear be connected between screw thread lift adjustment assembly and frame drives adjusting part.
In order to open better or close measuring cup, described start-stop system comprise be fixedly arranged in frame for make the keying plate bottom the measuring cup above rotation to inlet point remove measuring cup bottom opening with open measuring cup expense and for make rotation leave above inlet point measuring cup bottom keying plate get back to measuring cup bottom opening position with what close measuring cup and close pin, one end of described keying plate be rotationally connected with disk lower surface and be provided with two with disk lower surface perpendicular for respectively with expense with close the spigot surface that pin matches, the other end of described keying plate and the shape of measuring cup bottom opening, size matches and can turn to below measuring cup to close measuring cup or to be rotated away below measuring cup to open measuring cup.
In order to vertical and horizontal pressing can be carried out to cloth, described automatic heating seal apparatus comprises longitudinal press nips that the longitudinal opening of two layers of cloth can be pressed together for a pair and a pair can by the horizontal sealing pipe of the transverse opening pressing of two layers of cloth, and described horizontal sealing pipe is positioned under longitudinal press nips.
In order to the pressing gap of longitudinal press nips and horizontal sealing pipe can be regulated, described longitudinal press nips to be slidably connected in frame and the bolt assembly one be provided with for regulating longitudinal press nips pressing gap, and described horizontal sealing pipe to be slidably connected in frame and the bolt assembly two be provided with for regulating the horizontal pressing gap of horizontal sealing pipe.
In order to can shear packaged charcoal bag, below described automatic heating seal apparatus, be also provided with the shear for cutting off charcoal bag.
In order to packaged charcoal bag can be guided to designated area, below described automatic heating seal apparatus, be also provided with the slide for guiding the landing of charcoal bag.
Compared to prior art, the utility model has the following advantages:
(1) the charcoal bag Full-automatic quantitative packing device that provides of the utility model, can automatically and continuously the carbon granule of constant weight be carried out packing and sealing, not only degree of automation is high, production efficiency is high, greatly reduce cost of labor, and rotating disc type automatic quantifying device, intermittently, quantitatively can supply carbon granule to inlet point, strictly ensure that the weight of each charcoal bag;
(2) the charcoal bag Full-automatic quantitative packing device that provides of the utility model, be provided with bag folding charging guide cylinder, the outside face of bag folding charging guide cylinder is close to by cloth, because bag folding charging guide cylinder upper port is large, lower end is young, cloth effectively can be guided to carry out doubling so that follow-up heat-sealing, can also enter between the two layers of cloth after doubling by directing material in addition;
(3) the charcoal bag Full-automatic quantitative packing device that provides of the utility model, is provided with the upper measuring cup of pivot bush unit and lower measuring cup and distance adjusting means, can regulates the weight of each supply carbon granule neatly, can adapt to the packaging of various Different Weight specification charcoal bag;
(4) the charcoal bag Full-automatic quantitative packing device that provides of the utility model, be provided with scraper, material scraping plate on scraper can strike off the carbon granule on measuring cup top, ensure that the weight of carbon granule in each measuring cup is consistent, scraper is provided with clout backflow import and clout bypass outlet, clout can be made to reflux, not only can not block, guarantee dial rotation is smooth and easy, and can continue to be filled in measuring cup after clout backflow;
(5) the charcoal bag Full-automatic quantitative packing device that provides of the utility model, is provided with longitudinal press nips and horizontal sealing pipe, the vertical and horizontal of two layers of cloth all can be pressed together;
(6) the charcoal bag Full-automatic quantitative packing device that provides of the utility model, is provided with shear, after charcoal bag heat sealed package is good, charcoal bag can be sheared separation one by one;
(7) the charcoal bag Full-automatic quantitative packing device that provides of the utility model, is provided with slide, charcoal bag can be guided to designated area and place;
(8) the charcoal bag Full-automatic quantitative packing device that provides of the utility model, degree of automation is high, dependable performance, have wide market outlook.
Accompanying drawing explanation
The utility model is described in further detail in conjunction with the embodiments with reference to the accompanying drawings:
Fig. 1 is the three-dimensional structure schematic diagram of the utility model charcoal bag Full-automatic quantitative packing device;
Fig. 2 is the three-dimensional structure schematic diagram of Fig. 1 turntable, measuring cup, start-stop system, scraper and keying plate;
Fig. 3 is the three-dimensional structure schematic diagram at another visual angle in Fig. 2;
Fig. 4 is the three-dimensional structure schematic diagram at another visual angle in Fig. 2;
Fig. 5 is the birds-eye view of Fig. 2;
Fig. 6 is the three-dimensional structure schematic diagram of scraper in Fig. 2;
Fig. 7 is the three-dimensional structure schematic diagram opening and closing plate in Fig. 2.
Nomenclature in figure: 1, frame, 2, engine installation, 3, control setup, 4, reel, 5, bag folding charging guide cylinder, 5-1, inlet point, 5-2, lower port, 5-3, upper port, 6, rotating disc type automatic quantifying device, 6-1, rotating disk, 6-1-1, top rotary table, 6-1-2, lower rotary table, 6-1-3, Flow of Goods and Materials district, 6-1-3-1, loading area, 6-1-3-2, recirculating zone, 6-1-4, discharging area, 6-2, measuring cup, 6-2-1, upper measuring cup, 6-2-2, lower measuring cup, 6-3, start-stop system, 6-3-1, expense, 6-3-2, close pin, 6-4, hopper, 6-5, scraper, 6-5-1, barrel cover, 6-5-1-1, arc drainage plate, 6-5-1-2, connecting panel, 6-5-2, material scraping plate, 6-5-2-1, clout backflow import, 6-5-2-2, clout bypass outlet, 6-6, distance adjusting means, 6-7, open and close plate, 7, automatic heating seal apparatus, 7-1, longitudinal press nips, 7-2, horizontal sealing pipe, 7-3, bolt assembly one, 7-4, bolt assembly two, 8, shear, 9, slide.
Detailed description of the invention
Below in conjunction with Figure of description and specific embodiment, the utility model content is described in detail:
As shown in Fig. 1-Fig. 7, for a kind of charcoal bag Full-automatic quantitative packing device that the utility model provides, comprise frame 1, be arranged at the engine installation 2 in frame 1 and control setup 3, it is characterized in that: described frame 1 is provided with the reel 4 for the cloth that reels, be provided with for by cloth doubling and directing material enters bag folding charging guide cylinder 5 between the two layers of cloth after doubling below described reel 4, as shown in Figure 1, the upper port 5-3 of described bag folding charging guide cylinder 5 is large, lower port 5-2 is little, and reducing gradually on the direction of lower port 5-2 from upper port 5-3, four limits of bag folding charging guide cylinder 5 can by arc transition to reduce the friction force of cloth and bag folding charging guide cylinder 5, the barrel sidepiece of bag folding charging guide cylinder 5 is provided with inlet point 5-1, described frame 1 is also provided with dock with inlet point 5-1 for interval, the rotating disc type automatic quantifying device 6 of carbon granule is supplied quantitatively to inlet point 5-1, be provided with for the automatic heating seal apparatus 7 by the transverse opening of the two layers of cloth after doubling and longitudinal opening pressing below described lower port 5-2, described engine installation 3 is connected to provide power with automatic heating seal apparatus 7 with rotating disc type automatic quantifying device 6 respectively.
As Fig. 1, shown in Fig. 2, in order to energy interval, quantitatively to inlet point supply carbon granule, described rotating disc type automatic quantifying device 6 comprises the rotating disk 6-1 be rotationally connected with in frame 1, be fixedly arranged on more than one measuring cup 6-2 of rotating disk 6-1 bottom part down, be arranged at the keying plate 6-7 for opening or close the blanking of measuring cup 6-2 bottom opening below measuring cup 6-2 bottom opening, be fixedly arranged on being used to open or close in frame 1 open and close plate 6-7 with make material in the measuring cup 6-2 above rotation to inlet point 5-1 fall into inlet point 5-1 start-stop system 6-3 and be fixedly arranged in frame 1 for the hopper 6-4 to rotating disk 6-1 feed, along same circumferentially-spaced when described measuring cup 6-2 is multiple, in the present embodiment, the quantity of measuring cup 6-2 is 4 and distributes along same even circumferential, can certainly be 2, 3 or more, described rotating disc type automatic quantifying device 6 also comprises the scraper 6-5 for being struck off by the carbon granule of measuring cup 6-2 upper end, described scraper 6-5 has part to be fixedly connected with frame 1, also have parts hang in rotating disk 6-1 and the upper disk surface pressing close to rotating disk 6-1 to realize scraper effect.
As shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, in order to the carbon granule of measuring cup upper surface can be struck off, described scraper 6-5 comprises barrel cover 6-5-1 and is connected to the material scraping plate 6-5-2 in barrel cover 6-5-1, the upper disk surface of rotating disk 6-1 is all pressed close to realize scraper effect in the bottom of barrel cover 6-5-1 and material scraping plate 6-5-2, and the inner chamber of rotating disk 6-1 is divided into the Flow of Goods and Materials district 6-1-3 being positioned at barrel cover 6-5-1 and the discharging area 6-1-4 be positioned at outside barrel cover 6-5-1 by described barrel cover 6-5-1, the inlet point 5-1 of described bag folding charging guide cylinder 5 is positioned at below the 6-1-4 of discharging area, described material scraping plate 6-5-2 erects to be located in barrel cover 6-5-1 Flow of Goods and Materials district 6-1-3 to be divided into and is connected the loading area 6-1-3-1 of charging and the recirculating zone 6-1-3-2 between loading area 6-1-3-1 and discharging area 6-1-4 with hopper 6-4, as shown in Figure 4, material scraping plate 6-5-2 mono-upper lateral part is connected with barrel cover 6-5-1, bottom is provided with for guiding the leftover materials in the 6-1-3-1 of loading area to flow to clout backflow import 6-5-2-1 in the 6-1-3-2 of recirculating zone, the opposite side top of material scraping plate 6-5-2 is connected with barrel cover 6-5-1, bottom is provided with for guiding feed back in the 6-1-3-2 of recirculating zone to the clout bypass outlet 6-5-2-2 in the 6-1-3-1 of loading area, the middle part of material scraping plate is also provided with a clout bypass outlet, when clout is many, by the outlet return at middle part, clout is avoided to result in blockage, as shown in Figure 6, also upper cover plate is connected with between arc drainage plate 6-5-1-1 and material scraping plate 6-5-2, upper cover plate can avoid clout too much to go in the 6-1-4 of discharging area on the one hand, arc drainage plate 6-5-1-1 can be made to be connected more firm with material scraping plate 6-5-2 on the other hand, also clout can be oppressed when clout is more in addition, be conducive to clout backflow, as shown in Figure 5, solid arrow is the rotation direction of rotating disk, dotted arrow is the backflow direction of clout, in the process that described rotating disk 6-1 drives measuring cup 6-2 to rotate, measuring cup 6-2 is successively through loading area 6-1-3-1, recirculating zone 6-1-3-2 and discharging area 6-1-4, and the upper shed of at least one measuring cup 6-2 can enter in the 6-1-3-1 of loading area completely to ensure that carbon granule can fill measuring cup 6-2, the upper shed of at least one measuring cup 6-2 can enter in the 6-1-4 of discharging area completely, just make measuring cup 6-2 and Flow of Goods and Materials district 6-1-3 separate after entering discharging area 6-1-4 not have unnecessary carbon granule to enter measuring cup again, ensure that the weight of carbon granule in measuring cup, make clout can not enter measuring cup 6-2 again outside the running orbit that the clout backflow import 6-5-2-1 of material scraping plate 6-5-2 is arranged in measuring cup 6-2 upper shed.
As shown in Figure 5, Figure 6, preferably, described barrel cover 6-5-1 comprises the arc drainage plate 6-5-1-1 be arranged between Flow of Goods and Materials district 6-1-3 and discharging area 6-1-4 and the connecting panel 6-5-1-2 be connected between arc drainage plate 6-5-1-1 two ends, drainage plate 6-5-1-1 is set to arc and is conducive to carbon granule and refluxes along drainage plate 6-5-1-1 under the influence of centrifugal force, other shaped form can certainly be arranged to, as long as clout can be guided to reflux.Arc drainage plate 6-5-1-1 also has an effect again to strike off the measuring cup 6-2 entering discharging area 6-1-4 from recirculating zone 6-1-3-2 exactly, thus the weight of carbon granule in strict guarantee measuring cup 6-2, described material scraping plate 6-5-2 is installed on the junction of arc drainage plate 6-5-1-1 and connecting panel 6-5-1-2.
As Fig. 1, shown in Fig. 2, in order to the capacity of measuring cup can be adjusted, described rotating disk 6-1 comprises top rotary table 6-1-1 and lower rotary table 6-1-2, described measuring cup 6-2 comprises the upper measuring cup 6-2-1 being fixedly installed on top rotary table 6-1-1 bottom part down and the lower measuring cup 6-2-2 be fixedly installed on the upside of lower rotary table 6-1-2, described upper measuring cup 6-2-1 and lower measuring cup 6-2-2 pivot bush unit, described rotating disc type automatic quantifying device 6 also comprises the distance adjusting means 6-6 of the spacing for regulating top rotary table 6-1-1 and lower rotary table 6-1-2, distance adjusting means 6-6 can drive the relative top rotary table 6-1-1 of lower rotary table 6-1-2 to rise or decline, thus make measuring cup 6-2-1 in lower measuring cup 6-2-2, slide up and down to adjust the capacity of measuring cup.
As shown in Figure 1, in order to adjust the distance between top rotary table and lower rotary table better, described distance adjusting means 6-6 comprises the screw thread lift adjustment assembly be arranged at bottom lower rotary table 6-1-2 and the worm and gear be connected between screw thread lift adjustment assembly and frame 1 drives adjusting part, other regulative mode can certainly be adopted, as arranged bolt assembly between top rotary table 6-1-1 and lower rotary table 6-1-2, adjust the relative distance between top rotary table 6-1-1 and lower rotary table 6-1-2 by bolt.
As shown in Figure 2, in order to open better or close measuring cup, described start-stop system 6-3 comprise be fixedly arranged in frame 1 for make the keying plate 6-7 bottom the measuring cup above rotation to inlet point 5-1 remove measuring cup 6-2 bottom opening with open measuring cup 6-2 expense 6-3-1 and for make rotation leave above inlet point measuring cup bottom keying plate 6-7 get back to measuring cup 6-2 bottom opening position with what close measuring cup 6-2 and close pin 6-3-2, one end of described keying plate 6-7 be rotationally connected with rotating disk 6-1 lower surface and be provided with two with rotating disk 6-1 lower surface perpendicular for respectively with expense 6-3-1 with close the spigot surface that pin 6-3-2 matches, the other end of described keying plate 6-7 and the shape of measuring cup 6-2 bottom opening, size matches and can turn to below measuring cup 6-2 to close measuring cup 6-2 or to be rotated away below measuring cup 6-2 to open measuring cup 6-2.
As shown in Figure 1, in order to vertical and horizontal pressing can be carried out to cloth, described automatic heating seal apparatus 7 comprises longitudinal press nips 7-1 that the longitudinal opening of two layers of cloth can be pressed together for a pair and a pair can by the horizontal sealing pipe 7-2 of the transverse opening pressing of two layers of cloth, and described horizontal sealing pipe 7-2 is positioned under longitudinal press nips 7-1.
As shown in Figure 1, in order to the pressing gap of longitudinal press nips and horizontal sealing pipe can be regulated, described longitudinal press nips 7-1 is slidably connected in frame 1 and bolt assembly one 7-3 be provided with for regulating longitudinal press nips 7-1 pressing gap, described horizontal sealing pipe 7-2 to be slidably connected in frame 1 and bolt assembly two 7-4 be provided with for regulating the horizontal pressing gap of horizontal sealing pipe 7-2.
As shown in Figure 1, in order to can shear packaged charcoal bag, the shear 8 for cutting off charcoal bag below described automatic heating seal apparatus 7, is also provided with.
As shown in Figure 1, in order to packaged charcoal bag can be guided to designated area, the slide 9 for guiding the landing of charcoal bag below described automatic heating seal apparatus 7, is also provided with.
Principle of work of the present utility model is: carbon granule enters in the loading area 6-1-3-1 of top rotary table 6-1-1 inner chamber from hopper 6-4, carbon granule is filled when measuring cup 6-2 rotates in the 6-1-3-1 of loading area, then measuring cup 6-2 rotates through recirculating zone 6-1-3-2, the carbon granule of measuring cup 6-2 upper surface strikes off by the material scraping plate 6-5-2 between loading area 6-1-3-1 and recirculating zone 6-1-3-2, when measuring cup 6-2 from recirculating zone 6-1-3-2 through discharging area 6-1-4, the carbon granule of measuring cup 6-2 upper surface strikes off by barrel cover 6-5-1 between recirculating zone 6-1-3-2 and discharging area 6-1-4 again, the weight of carbon granule in strict guarantee measuring cup 6-2, when measuring cup 6-2 rotates above inlet point 5-1, the spigot surface opened and closed on plate 6-7 meets the expense 6-3-1 be fixed in frame 1, keying plate 6-7 is just rotated away the opening bottom measuring cup 6-2, carbon granule in measuring cup 6-2 just falls into inlet point 5-1, rotating disk 6-1 continues to drive measuring cup 6-2 to rotate, when open and close the spigot surface on plate 6-7 encounter be fixed in frame 1 close pin 6-3-2 time, keying plate 6-7 just rotates and is back to measuring cup 6-2 bottom opening position to close measuring cup 6-2, then next measuring cup 6-2 goes to above inlet point 5-1 and completes unlatching measuring cup 6-2 blanking, close measuring cup 6-2, realize interval, carbon granule is supplied quantitatively to inlet point 5-1.Remaining carbon granule enters recirculating zone 6-1-3-2 by clout backflow import 6-5-2-1, and clout under the influence of centrifugal force, along barrel cover 6-5-1 backflow, is back to loading area 6-1-3-1 by clout bypass outlet 6-5-2-2, continues to be filled in measuring cup 6-2.Cloth roll is positioned on reel 4, the outside face of cloth is close to the outside face of bag folding charging guide cylinder 5, the upper port 5-3 of bag folding charging guide cylinder 5 is large, lower port 5-2 is little, cloth can be effectively guided to carry out being folded in half into two-layer, the longitudinal opening of two layers of cloth presses together and can play the effect of traction to cloth by longitudinal press nips 7-1, then the bottom transverse opening of horizontal sealing pipe 7-2 to two layers of cloth carries out pressing, after pressing, carbon granule enters in bag, the upper lateral opening of horizontal sealing pipe 7-2 to two layers of cloth carries out pressing, longitudinal press nips 7-1 draws the encapsulation carrying out next charcoal bag to cloth, then the charcoal bag that shear 8 pairs of seal apparatus are good shears separation one by one, the charcoal bag sheared falls into slide 9, charcoal bag is guided to designated area and places by slide 9.
Above-mentioned detailed description of the invention is just explained in detail the technical solution of the utility model; the utility model has more than and is only confined to above-described embodiment; every any improvement according to the utility model principle or replacement, all should within protection domain of the present utility model.
Claims (10)
1. a charcoal bag Full-automatic quantitative packing device, comprise frame (1), be arranged at the engine installation (2) in frame (1) and control setup (3), it is characterized in that: described frame (1) is provided with the reel (4) for the cloth that reels, described reel (4) below is provided with for by cloth doubling and directing material enters bag folding charging guide cylinder (5) between the two layers of cloth after doubling, the upper port (5-3) of described bag folding charging guide cylinder (5) is large, lower port (5-2) is little, the barrel sidepiece of bag folding charging guide cylinder (5) is provided with inlet point (5-1), described frame (1) is also provided with dock with inlet point (5-1) for interval, the rotating disc type automatic quantifying device (6) of carbon granule is supplied quantitatively to inlet point (5-1), described lower port (5-2) below is provided with for the automatic heating seal apparatus (7) by the transverse opening of the two layers of cloth after doubling and longitudinal opening pressing, described engine installation (3) is connected to provide power with automatic heating seal apparatus (7) with rotating disc type automatic quantifying device (6) respectively.
2. charcoal bag Full-automatic quantitative packing device according to claim 1, it is characterized in that: described rotating disc type automatic quantifying device (6) comprises the rotating disk (6-1) be rotationally connected with in frame (1), be fixedly arranged on more than one measuring cup (6-2) of rotating disk (6-1) bottom part down, be arranged at the keying plate (6-7) for opening or close the blanking of measuring cup (6-2) bottom opening below measuring cup (6-2) bottom opening, be fixedly arranged in frame (1) being used to open or close open and close plate (6-7) with make rotation to inlet point (5-1) top measuring cup (6-2) in material fall into inlet point (5-1) start-stop system (6-3) and be fixedly arranged in frame (1) for the hopper (6-4) to rotating disk (6-1) feed, described measuring cup (6-2) for time multiple along same circumferentially-spaced, described rotating disc type automatic quantifying device (6) also comprises the scraper (6-5) for being struck off by the carbon granule of measuring cup (6-2) upper end, described scraper (6-5) has part to be fixedly connected with frame (1), also have parts hang in rotating disk (6-1) and the upper disk surface pressing close to rotating disk (6-1) to realize scraper effect.
3. charcoal bag Full-automatic quantitative packing device according to claim 2, is characterized in that:
Described scraper (6-5) comprises barrel cover (6-5-1) and is connected to the material scraping plate (6-5-2) in barrel cover (6-5-1), the upper disk surface of rotating disk (6-1) is all pressed close to realize scraper effect in the bottom of barrel cover (6-5-1) and material scraping plate (6-5-2), and the inner chamber of rotating disk (6-1) is divided into the Flow of Goods and Materials district (6-1-3) that is positioned at barrel cover (6-5-1) and is positioned at barrel cover (6-5-1) discharging area outward (6-1-4) by described barrel cover (6-5-1); The inlet point (5-1) of described bag folding charging guide cylinder (5) is positioned at below, discharging area (6-1-4);
Flow of Goods and Materials district (6-1-3) is divided into the loading area (6-1-3-1) being connected charging with hopper (6-4) and the recirculating zone (6-1-3-2) be positioned between loading area (6-1-3-1) and discharging area (6-1-4) by perpendicular being located in barrel cover (6-5-1) of described material scraping plate (6-5-2); Material scraping plate (6-5-2) one upper lateral part is connected with barrel cover (6-5-1), bottom be provided with for guide the leftover materials in loading area (6-1-3-1) flow in recirculating zone (6-1-3-2) clout backflow import (6-5-2-1), the opposite side top of material scraping plate (6-5-2) is connected with barrel cover (6-5-1), and bottom is provided with for guiding feed back in recirculating zone (6-1-3-2) to the clout bypass outlet (6-5-2-2) in loading area (6-1-3-1);
In the process that described rotating disk (6-1) drives measuring cup (6-2) to rotate, measuring cup (6-2) is successively through loading area (6-1-3-1), recirculating zone (6-1-3-2) and discharging area (6-1-4), and the upper shed of at least one measuring cup (6-2) can enter in loading area (6-1-3-1) completely, the upper shed of at least one measuring cup (6-2) can enter in discharging area (6-1-4) completely, and the clout of material scraping plate (6-5-2) backflow import (6-5-2-1) is positioned at outside the running orbit of measuring cup (6-2) upper shed.
4. charcoal bag Full-automatic quantitative packing device according to claim 3, it is characterized in that: described barrel cover (6-5-1) comprises the arc drainage plate (6-5-1-1) be arranged between Flow of Goods and Materials district (6-1-3) and discharging area (6-1-4) and the connecting panel (6-5-1-2) be connected between arc drainage plate (6-5-1-1) two ends, and described material scraping plate (6-5-2) is installed on the junction of arc drainage plate (6-5-1-1) and connecting panel (6-5-1-2).
5. charcoal bag Full-automatic quantitative packing device according to claim 2, it is characterized in that: described rotating disk (6-1) comprises top rotary table (6-1-1) and lower rotary table (6-1-2), described measuring cup (6-2) comprises the upper measuring cup (6-2-1) being fixedly installed on top rotary table (6-1-1) bottom part down and the lower measuring cup (6-2-2) being fixedly installed on lower rotary table (6-1-2) upside, described upper measuring cup (6-2-1) and lower measuring cup (6-2-2) pivot bush unit, described rotating disc type automatic quantifying device (6) also comprises the distance adjusting means (6-6) of the spacing for regulating top rotary table (6-1-1) and lower rotary table (6-1-2).
6. charcoal bag Full-automatic quantitative packing device according to claim 5, is characterized in that: described distance adjusting means (6-6) comprises the screw thread lift adjustment assembly being arranged at lower rotary table (6-1-2) bottom and the worm and gear driving adjusting part be connected between screw thread lift adjustment assembly and frame (1).
7. charcoal bag Full-automatic quantitative packing device according to claim 2, it is characterized in that: described start-stop system (6-3) comprise be fixedly arranged in frame (1) for make the keying plate (6-7) bottom rotation to the measuring cup of inlet point (5-1) top remove measuring cup (6-2) bottom opening with open measuring cup (6-2) expense (6-3-1) and for make rotation leave above inlet point measuring cup bottom keying plate (6-7) get back to measuring cup (6-2) bottom opening position with what close measuring cup (6-2) and close pin (6-3-2), one end of described keying plate (6-7) be rotationally connected with rotating disk (6-1) lower surface and be provided with two with rotating disk (6-1) lower surface perpendicular for respectively with expense (6-3-1) with close the spigot surface that pin (6-3-2) matches, the other end of described keying plate (6-7) and the shape of measuring cup (6-2) bottom opening, size matches and can turn to measuring cup (6-2) below to close measuring cup (6-2) or to be rotated away measuring cup (6-2) below to open measuring cup (6-2).
8. the charcoal bag Full-automatic quantitative packing device according to any one of claim 1-7, it is characterized in that: described automatic heating seal apparatus (7) comprises longitudinal press nips (7-1) that the longitudinal opening of two layers of cloth can be pressed together for a pair and a pair can by the horizontal sealing pipe (7-2) of the transverse opening pressing of two layers of cloth, and described horizontal sealing pipe (7-2) is positioned under longitudinal press nips (7-1).
9. charcoal bag Full-automatic quantitative packing device according to claim 8, it is characterized in that: described longitudinal press nips (7-1) is slidably connected to frame (1) and goes up and the bolt assembly one (7-3) be provided with for regulating the horizontal pressing gap of longitudinal press nips (7-1), described horizontal sealing pipe (7-2) is slidably connected to frame (1) and goes up and the bolt assembly two (7-4) be provided with for regulating the horizontal pressing gap of horizontal sealing pipe (7-2).
10. the charcoal bag Full-automatic quantitative packing device according to any one of claim 1-7, is characterized in that: described automatic heating seal apparatus (7) below is also provided with the shear (8) for cutting off charcoal bag.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520332222.3U CN204713442U (en) | 2015-05-21 | 2015-05-21 | Charcoal bag Full-automatic quantitative packing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520332222.3U CN204713442U (en) | 2015-05-21 | 2015-05-21 | Charcoal bag Full-automatic quantitative packing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204713442U true CN204713442U (en) | 2015-10-21 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520332222.3U Withdrawn - After Issue CN204713442U (en) | 2015-05-21 | 2015-05-21 | Charcoal bag Full-automatic quantitative packing device |
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| Country | Link |
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| CN (1) | CN204713442U (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104890906A (en) * | 2015-05-21 | 2015-09-09 | 福建省鑫森炭业股份有限公司 | Full-automatic quantitative carbon package packaging machine |
| CN107892025A (en) * | 2017-11-07 | 2018-04-10 | 苏州润桐专利运营有限公司 | A kind of fruit juice particle packaging facilities |
| CN107892002A (en) * | 2017-11-07 | 2018-04-10 | 张家港市欧微自动化研发有限公司 | A kind of medicine particle packaging facilities |
| CN107972936A (en) * | 2017-12-29 | 2018-05-01 | 浙江钦顺智能设备有限公司 | A kind of tiling device for sandbag |
| CN108891632A (en) * | 2018-05-21 | 2018-11-27 | 王书杭 | A kind of volume quantitative helical feed formula body-packing |
| CN109866954A (en) * | 2019-04-08 | 2019-06-11 | 湖州师范学院求真学院 | A kind of production of traffic sign is with automatically around cloth equipment |
| CN112027135A (en) * | 2020-09-24 | 2020-12-04 | 金喜志 | Gynaecology and obstetrics becomes box equipment with capsule class medicine automatic packaging |
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2015
- 2015-05-21 CN CN201520332222.3U patent/CN204713442U/en not_active Withdrawn - After Issue
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104890906A (en) * | 2015-05-21 | 2015-09-09 | 福建省鑫森炭业股份有限公司 | Full-automatic quantitative carbon package packaging machine |
| CN107892025A (en) * | 2017-11-07 | 2018-04-10 | 苏州润桐专利运营有限公司 | A kind of fruit juice particle packaging facilities |
| CN107892002A (en) * | 2017-11-07 | 2018-04-10 | 张家港市欧微自动化研发有限公司 | A kind of medicine particle packaging facilities |
| CN107892025B (en) * | 2017-11-07 | 2020-11-17 | 日照九仙山蜂业有限公司 | Fruit juice particle packaging equipment |
| CN107972936A (en) * | 2017-12-29 | 2018-05-01 | 浙江钦顺智能设备有限公司 | A kind of tiling device for sandbag |
| CN108891632A (en) * | 2018-05-21 | 2018-11-27 | 王书杭 | A kind of volume quantitative helical feed formula body-packing |
| CN109866954A (en) * | 2019-04-08 | 2019-06-11 | 湖州师范学院求真学院 | A kind of production of traffic sign is with automatically around cloth equipment |
| CN112027135A (en) * | 2020-09-24 | 2020-12-04 | 金喜志 | Gynaecology and obstetrics becomes box equipment with capsule class medicine automatic packaging |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151021 Effective date of abandoning: 20170419 |
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| AV01 | Patent right actively abandoned |