CN214777140U - Full-automatic assembly line for seasoning product offline - Google Patents
Full-automatic assembly line for seasoning product offline Download PDFInfo
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- CN214777140U CN214777140U CN202121304854.0U CN202121304854U CN214777140U CN 214777140 U CN214777140 U CN 214777140U CN 202121304854 U CN202121304854 U CN 202121304854U CN 214777140 U CN214777140 U CN 214777140U
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Abstract
The utility model discloses a full-automatic assembly line for seasoning product rolls off production line, including seasoning conveyer belt and packing box conveyer belt, the full-automatic assembly line that is used for seasoning product to roll off production line of technical scheme more than adopting, can smuggle secretly and seal of seasoning extranal packing by automated inspection, the identity information of automatic input defective work and certified products, automatic rejection smugglies secretly, the condiment package is not typeeed to defective work and identity information, the packing box is packed into with the condiment package automatically, and the quantity and the automatic sign indicating number of condiment package in the automatic rechecking packing box, the degree of automation of whole full-automatic assembly line is high, the job stabilization is reliable, the production efficiency of seasoning has both been improved, and the cost of labor has greatly been reduced again.
Description
Technical Field
The utility model relates to a seasoning production facility technical field, concretely relates to a full-automatic assembly line for line unloading of condiment product.
Background
With the pace of life increasing and the increasing importance of people on the taste of food, more and more families are used to cook food with instant seasonings.
At present, after the seasoning is packaged and sealed, seasoning production enterprises need to perform outer packaging bag tightness detection, seasoning packing and packaging box code spraying on the seasoning in sequence in a manual mode. However, as the labor cost increases year by year and the production efficiency is more and more pursued by the production companies, the seasoning production companies are expected to increase the degree of automation of the production line. Therefore, the current seasoning products adopting a manual packing mode and the packing boxes adopting a manual code spraying mode can not meet the automation requirement of a production line.
In addition, the existing seasoning production enterprises generally package seasonings in an automatic mode, but the problem of bag clamping inevitably exists, and the packaging bags with unpacked seasonings are conveyed to the next process by a conveyor belt and need to be removed manually.
In addition, in order to realize the whole traceability of the information in the food production and sale process, more and more food factories introduce an information traceability system. Utilize information traceability system can be at food off-line detection's in-process input seasoning on the outer packaging bag identity information (be two-dimensional code or bar code usually), but some seasoning can lead to the information to be unable to input because of wrapping bag orientation mistake or wrapping bag identity information position damage scheduling problem, therefore can not direct vanning, need follow the conveyer belt and reject and recheck. The removing process also adopts a manual mode at present, and the automation requirement of a production line cannot be met.
It is urgent to solve the above problems.
SUMMERY OF THE UTILITY MODEL
For solving the technical problem above, the utility model provides a full-automatic assembly line for the line unloading of condiment products.
The technical scheme is as follows:
the utility model provides a full-automatic assembly line for seasoning product rolls off production line, includes seasoning conveyer belt and packing box conveyer belt, its main points lie in: the seasoning conveying belt comprises a packaging bag detection conveying section, a bag clamping removal conveying section, an unqualified product removal conveying section, a qualified product information input conveying section and a seasoning unloading section which are connected in sequence, the packaging box conveying belt comprises an empty box conveying section, a seasoning box conveying section and a full box conveying section which are connected in sequence, a packaging bag detection mechanism for detecting the sealing property of the seasoning packaging bags is arranged beside the packaging bag detection conveying section, a bag clamping removal mechanism for removing the lower seasoning conveying belt from the clamping belt is arranged between the bag clamping removal conveying section and the unqualified product removal conveying section, an unqualified product information input device for inputting unqualified seasoning information is arranged beside the unqualified product removal conveying section, and an unqualified product removal device for removing the lower seasoning conveying belt from the unqualified seasoning is arranged between the unqualified product removal conveying section and the qualified product information input conveying section, qualified product information input conveys the other qualified product information input mechanism that is used for typeeing qualified seasoning information that is provided with of section, the line section sets up side by side under seasoning vanning section and the seasoning, and the top of the two is provided with and is used for putting the seasoning on the line section under the seasoning packing box in the packing box on the seasoning vanning section, full case conveying section side its line direction of roll off has set gradually the inspection device that is used for checking seasoning quantity in the packing box and is used for spouting the yard ware that spouts to the packing box, the one end that qualified product information input conveying section was kept away from to the line section under the seasoning is provided with the unsuccessful collection box of scanning.
By adopting the structure, the packaging bag detection mechanism can identify the unqualified seasonings of the clamping bag and the external packaging seal, the clamp belt can be automatically rejected by the bag clamping rejection mechanism, the identity information of unqualified seasonings can be automatically entered by the unqualified product information entry device and the unqualified product rejection device, and the unqualified seasonings can be rejected by the lower conveying belt, the identity information of the qualified seasonings can be automatically input through the qualified product information input mechanism, the seasonings on the seasoning offline section can be automatically loaded into the packaging boxes on the seasoning packing section through the seasoning transferring device, the number of the packaged seasonings is automatically rechecked through the checking device, then code spraying is carried out on the packaging boxes with qualified quantity, meanwhile, the seasoning transfer device can not grab the seasonings with unread identity information according to instructions, so that the seasonings with unread identity information are collected in a centralized manner and flow into a recovery box with unsuccessful scanning; the full-automatic production line has the advantages of extremely high automation degree, stable and reliable work, improved production efficiency of seasonings and greatly reduced labor cost.
Preferably, the method comprises the following steps: the wrapping bag detection mechanism detects the other thermal imaging camera support of conveying section and installs the thermal imaging camera on the thermal imaging camera support including setting up at the wrapping bag, the camera lens of thermal imaging camera is just detecting the conveying section to the wrapping bag, the other monitor rack that is provided with built-in thermal imaging processor of conveyer belt, the upper portion of this monitor rack has the video monitor. With the adoption of the structure, the sealing condition of the seasoning outer packaging bag can be accurately and efficiently identified by using the thermal imaging camera, and the working condition of the thermal imaging camera can be monitored in real time by arranging the video monitor on the monitor rack.
Preferably, the method comprises the following steps: the bag clamping and rejecting mechanism comprises a bag clamping and rejecting rack, a bag clamping and rejecting rotating plate which is rotatably arranged on the bag clamping and rejecting rack, a bag clamping and rotating plate driving assembly for driving the bag clamping and rejecting rotating plate to rotate and a bag clamping and conveying device which is arranged below the bag clamping and rejecting rotating plate, the bag clamping and removing rotating plate is positioned between the bag clamping and removing conveying section and the unqualified product removing and conveying section, and can be driven by a bag clamping rotating plate driving component to be communicated with a bag clamping removing and conveying section and a defective product removing and conveying section or communicated with a bag clamping removing and conveying section and a bag clamping conveying device, the bag clamping and removing rotating plate is rotatably arranged on the bag clamping and removing rack through a bag clamping rotating plate rotating shaft, the bag clamping rotating plate driving assembly comprises a bag clamping removing driving motor arranged on the bag clamping removing rack and a bag clamping removing synchronous belt module which is driven between the bag clamping removing driving motor and a bag clamping rotating plate rotating shaft. By adopting the structure, the automatic control system is high in automation degree, simple, reliable and high in control precision.
Preferably, the method comprises the following steps: unqualified product removing devices include that the condiment package rejects the frame, rotationally install the condiment package in the condiment package rejection frame and reject the rotor plate, be used for driving the condiment package and reject rotor plate drive assembly and set up the condiment package conveyor who rejects the rotor plate below at the condiment package, the condiment package is rejected the rotor plate and is located between defective products rejection transfer section and the next process transfer section to can communicate the defective products under the drive of condiment package rotor plate drive assembly and reject transfer section and next process transfer section or communicate defective products and reject transfer section and condiment package conveyor, the condiment package is rejected the rotor plate and rotationally installs in the condiment package rejection frame through the condiment package rotor plate pivot, the condiment package rotor plate drive assembly rejects driving motor and rejects synchronous the seasoning package between the condiment package rejection driving motor and the condiment package rotor plate pivot including installing the condiment package in the condiment package rejection frame A belt module. By adopting the structure, the automatic control system is high in automation degree, simple, reliable and high in control precision.
Preferably, the method comprises the following steps: the bag clamping and rejecting rotating plate is provided with uniformly distributed bag clamping and rotating plate air holes, the bag clamping and rotating plate air holes are all connected with a high-pressure air source through pipelines, the seasoning bag rejecting and rotating plate air holes are provided with uniformly distributed seasoning bags, and the seasoning bag rotating plate air holes are all connected with the high-pressure air source through pipelines. By adopting the structure, the air blowing mode can be realized through the air holes of the bag clamping rotating plate, the bag clamping device is particularly suitable for bag clamping separation which is light and thin and easy to generate electrostatic adsorption, and the bag clamping device can quickly separate a bag clamping from the bag clamping removing rotating plate and fall into a bag clamping recovery slideway; can make the condiment package reject the rotor plate separation with the condiment package fast through the mode that the condiment package rotor plate gas pocket was blown to fall into the condiment package and retrieve in the slide.
Preferably, the method comprises the following steps: the unqualified product information input device comprises a scanning rejection camera support arranged beside the unqualified product rejection conveying section and a scanning rejection camera arranged on the scanning rejection camera support, and a lens of the scanning rejection camera is over against the unqualified product rejection conveying section. By adopting the structure, the two-dimensional code or the bar code on the seasoning can be accurately identified, data is transmitted to the background, and the seasoning needing to be re-sealed and packaged is accurately recorded.
Preferably, the method comprises the following steps: the qualified product information input mechanism comprises a shooting cabinet arranged above the qualified product information input transmission section, a recording camera support arranged in the shooting cabinet, and a qualified product recording camera and at least one light source both arranged on the recording camera support, wherein the lens of the qualified product recording camera and the light emitting surface of each light source are just opposite to the qualified product information input transmission section. Structure more than adopting can accurate two-dimensional code or bar code on the discernment seasoning to effectively isolated external disturbance through shooting the rack, guarantee the accuracy of certified products record camera acquisition information.
Preferably, the method comprises the following steps: the seasoning transfer device comprises a manipulator installation frame and a seasoning grabbing manipulator installed on the manipulator installation frame, wherein the seasoning loading section and the seasoning unloading section are located below the seasoning grabbing manipulator and penetrate through the manipulator installation frame. Adopt the mode that the manipulator snatched to carry out the vanning of seasoning product, not only nimble high-efficient, accurate stable moreover.
Preferably, the method comprises the following steps: the inspection device comprises an inspection camera bracket arranged beside the full box conveying section and an inspection camera arranged on the inspection camera bracket. By adopting the structure, whether the packaging quantity is accurate or not can be confirmed only by reading the identity information of the seasoning product finally packaged into the packaging box again, and the method is simple and reliable.
Preferably, the method comprises the following steps: the seasoning vanning section is the link plate formula drive belt, empty case conveying section and full case conveying section are belt conveyor belt, the both sides of seasoning vanning section all are provided with limit baffle. Structure more than adopting, chain slat type drive belt structural strength is high, and shock resistance is strong, is difficult for taking place to warp, more is suitable for the vanning process of seasoning product, and belt formula conveyer belt low cost can satisfy the requirement of bearing of empty case transportation and full case transportation, and the both sides of seasoning vanning section all are provided with limit baffle, can fix a position the packing box reliably, avoid among the vanning process packing box because of receiving the impact landing on the conveyer belt, promoted the reliability of vanning process.
Compared with the prior art, the beneficial effects of the utility model are that:
the full-automatic assembly line that is used for seasoning product to roll off production line that adopts above technical scheme, can automated inspection smuggle secretly with the sealing of seasoning extranal packing, the identity information of automatic entry defective work and certified products, automatic rejection smuggle secretly, the condiment package is not input to defective work and identity information, pack the condiment package into the packing box automatically, and the quantity and the automatic sign indicating number of rechecking the condiment package in the packing box, the degree of automation of whole full-automatic assembly line is high, the job stabilization is reliable, the production efficiency of seasoning has both been improved, and the cost of labor has greatly been reduced again.
Drawings
Fig. 1 is a schematic structural view of the present invention;
FIG. 2 is a schematic perspective view of the front section of the present invention;
fig. 3 is a front view of the front section of the present invention;
fig. 4 is a top view of the front section of the present invention;
FIG. 5 is a schematic view of the middle section of the present invention;
fig. 6 is a front view of the middle section of the present invention;
fig. 7 is a top view of the middle section of the present invention;
fig. 8 is a schematic perspective view of the rear section of the present invention;
fig. 9 is a front view of the rear section of the present invention;
fig. 10 is a top view of the rear section of the present invention;
fig. 11 is a schematic view of the sequence of the seasoning transferring device for packing the seasoning boxes.
Detailed Description
The present invention will be further described with reference to the following examples and accompanying drawings.
As shown in fig. 1, fig. 2, fig. 5 and fig. 8, a full-automatic assembly line for seasoning product offline mainly comprises a seasoning conveyor belt 1 and a packaging box conveyor belt 7, wherein the seasoning conveyor belt 1 comprises a packaging bag detection conveying section 1a, a bag clamping removal conveying section 1b, an unqualified product removal conveying section 1c, a qualified product information input conveying section 1d and a seasoning offline section 1e which are sequentially connected, the packaging box conveyor belt 7 comprises an empty box conveying section 7a, a seasoning packaging section 7b and a full box conveying section 7c which are sequentially connected, one end of the empty box conveying section 7a, which is far away from the seasoning packaging section 7b, is connected with an empty box conveyor line 8, and one end of the full box conveying section 7c, which is far away from the seasoning packaging section 7b, is connected with a full box conveyor line 9.
Wherein, seasoning vanning section 7b is the chain slat type drive belt, and chain slat type drive belt structural strength is high, and shock resistance is strong, is difficult for taking place to warp, more is suitable for the vanning process of seasoning product to, seasoning vanning section 7 b's both sides all are provided with limit baffle 7b1, can fix a position the packing box reliably, avoid the packing box in the vanning process because of receiving the landing on the conveyer belt of impact, promoted the reliability of vanning process. In addition, the empty box conveying section 7a and the full box conveying section 7c are both belt type conveying belts, and although the cost is low, the bearing requirements of empty box transportation and full box transportation can be met. The empty box conveying line 8 and the full box conveying line 9 are both guide roller type conveying lines, and the bearing capacity and the conveying capacity are stronger. And, empty case transfer chain 8 is located the below of certified products information entry transfer section 1d, makes overall structure compacter, and space utilization is higher, reduces area.
A packaging bag detection mechanism 2 for detecting the sealing property of the seasoning packaging bag is arranged beside a packaging bag detection and transmission section 1a, a bag clamping rejection mechanism 3 for rejecting a lower seasoning conveying belt 1 in a clamping mode is arranged between a bag clamping rejection and transmission section 1b and an unqualified product rejection and transmission section 1c, an unqualified product information input device 16 for inputting unqualified seasoning information is arranged beside the unqualified product rejection and transmission section 1c, an unqualified product rejection device 4 for rejecting a lower seasoning conveying belt 1 in an unqualified seasoning mode is arranged between the unqualified product rejection and transmission section 1c and a qualified product information input and transmission section 1d, a qualified product information input mechanism 6 for inputting qualified seasoning information is arranged beside the qualified product information input and transmission section 1d, a seasoning packing box section 7b and a lower seasoning section 1e are arranged side by side, and a packing box for loading seasoning on the seasoning packing box section 7b on the lower seasoning packing section 1e is arranged above the qualified product and the qualified product information input and transmission section 1e The seasoning transfer device 11 in the specification is characterized in that an inspection device 12 for inspecting the number of seasonings in the packaging box and a code spraying device 13 for spraying codes on the packaging box are sequentially arranged beside the full box conveying section 7c towards the offline direction, and one end, away from the qualified product information recording conveying section 1d, of the seasoning lower line section 1e is provided with a scanning unsuccessful recovery box 10.
Further, the height of the seasoning lower line segment 1e is higher than that of the seasoning packing segment 7b, so that the height of a packing box can be effectively compensated, the working stroke of the seasoning transfer device 11 is shortened, and the packing efficiency of the seasoning transfer device 11 is improved.
Referring to fig. 2 to 4, the bag inspection mechanism 2 includes a thermal imaging camera support 2a disposed beside the bag inspection conveying section 1a and a thermal imaging camera 2b mounted on the thermal imaging camera support 2a, and a lens of the thermal imaging camera 2b faces the bag inspection conveying section 1 a. A monitor stand 2c having a thermal imaging processor built therein is provided beside the conveyor belt 1, and a video monitor 2d is provided on the upper portion of the monitor stand 2 c. Utilize thermal imaging camera 2b can accurately and high-efficiently discern the sealed condition of condiment outer packing bag, and will discern the image transmission for thermal imaging processor, reject driving motor 3c and the condiment package by thermal imaging processor and reject driving motor 4c and send corotation or the signal of reversal (control promptly and press from both sides the bag and reject rotor plate 3b and be in the condiment package delivery position or press from both sides the bag delivery position, and control the condiment package and reject rotor plate 4b and be in and seal qualified product delivery position or seal unqualified product delivery position), simultaneously, workman and technical staff can also be through video monitor 2d real-time supervision thermal imaging camera 2 b's behavior.
Referring to fig. 2-4, the bag clamping removing mechanism 3 includes a bag clamping removing frame 3a, a bag clamping removing rotating plate 3b rotatably mounted on the bag clamping removing frame 3a, a bag clamping rotating plate driving assembly for driving the bag clamping removing rotating plate 3b to rotate, and a bag clamping conveying device 3f disposed below the bag clamping removing rotating plate 3b, wherein the bag clamping removing rotating plate 3b is disposed between the bag clamping removing conveying section 1b and the defective product removing conveying section 1 c.
Specifically, the bag clamping removing rotating plate 3b is rotatably mounted on the bag clamping removing rack 3a through a bag clamping rotating plate rotating shaft 3e, and the bag clamping rotating plate driving assembly comprises a bag clamping removing driving motor 3c mounted on the bag clamping removing rack 3a and a bag clamping removing synchronous belt module 3d driven between the bag clamping removing driving motor 3c and the bag clamping rotating plate rotating shaft 3 e. The bag clamping conveying device 3f is a bag clamping recovery slideway obliquely arranged below the bag clamping removing rotating plate 3b, and the lower end of the bag clamping recovery slideway faces the recovery hopper 5.
When the bag clamping removing rotating plate 3b is driven by the bag clamping removing synchronous belt module 3d to rotate upwards to the seasoning bag conveying position, the bag clamping removing rotating plate 3b is communicated with the bag clamping removing conveying section 1b and the unqualified product removing conveying section 1 c. Therefore, the seasoning bags (including the sealed qualified seasoning bags and the sealed unqualified seasoning bags) flowing into the bag clamping removing and conveying section 1b flow to the unqualified product removing and conveying section 1c through the bag clamping removing and rotating plate 3 b.
When the bag clamping removing rotating plate 3b is driven by the bag clamping removing synchronous belt module 3d to rotate downwards to the bag clamping conveying position, the bag clamping removing rotating plate 3b is communicated with the bag clamping removing conveying section 1b and the bag clamping recovery slideway. Therefore, the clamped bags flowing into the clamped bag removing and conveying section 1b flow to the clamped bag recovery slideway through the clamped bag removing and rotating plate 3b and finally flow into the recovery hopper 5.
Furthermore, bag clamping rotating plate air holes 3b1 which are uniformly distributed are formed in the bag clamping removing rotating plate 3b, each bag clamping rotating plate air hole 3b1 is connected with a high-pressure air source through a pipeline, and the bag clamping removing rotating plate air holes 3b1 can blow air through the bag clamping rotating plate air holes 3b, so that the bag clamping removing device is particularly suitable for separating light and thin bags which are easy to generate electrostatic adsorption, can quickly separate the bags from the bag clamping removing rotating plate 3b, and falls into a bag clamping recovery slide way.
Similarly, unqualified product removing devices 4 include the condiment package and reject frame 4a, rotationally install the condiment package on the condiment package removing frame 4a and reject rotor plate 4b, be used for driving the condiment package and reject rotor plate 4b pivoted condiment package rotor plate drive assembly and set up the condiment package conveyor 4f in the condiment package and reject rotor plate 4b below, the condiment package is rejected rotor plate 4b and is located between unqualified product rejection transfer section 1c and the qualified product information entry transfer section 1 d.
Specifically speaking, the seasoning packet is rejected rotor plate 4b and is rotationally installed on the frame 4a is rejected to the seasoning packet through seasoning packet rotor plate pivot 4e, and driving motor 4c is rejected and is rejected synchronous belt module 4d at the seasoning packet of installing the seasoning packet on the frame 4a is rejected to the seasoning packet rotor plate drive assembly and rejecting driving motor 4c and seasoning packet driven seasoning packet between seasoning packet rejection driving motor 4c and seasoning packet rotor plate pivot 4 e. The seasoning packet conveying device 4f is obliquely arranged on the seasoning packet recovery slide way below the seasoning packet removing and rotating plate 4b, and the lower end of the seasoning packet recovery slide way clamping and recovery slide way faces the recovery hopper 5. Wherein, pressing from both sides the bag and retrieving slide and the seasoning package and retrieve slide sharing recovery hopper 5, because seal unqualified seasoning package and need repackage, just in time can do benefit to the bag that presss from both sides in the recovery hopper 5, can reduce the processing time who seals unqualified seasoning package, improve production efficiency.
When the seasoning packet is rejected rotor plate 4b and upwards rotates to sealing the certified products and carrying the position under the drive of seasoning packet rejection hold-in range module 4d, the seasoning packet is rejected rotor plate 4b and is communicated the defective products and reject transfer section 1c and the certified products information entry transfer section 1 d. Therefore, the qualified flavoring bag flowing into the unqualified product removing and conveying section 1c flows to the qualified product information inputting and conveying section 1d through the flavoring bag removing and rotating plate 4 b.
When the seasoning packet is rejected rotor plate 4b and is rejected under the drive of hold-in range module 4d at the seasoning packet and rotate downwards to sealing defective work delivery position, the seasoning packet is rejected rotor plate 4b and is communicate defective work and reject transfer section 1c and seasoning packet recovery slide. Therefore, the unqualified seasoning packets flowing into the unqualified product removing and conveying section 1c flow into the seasoning packet removing and rotating plate 4b through the seasoning packet to flow to the seasoning packet recovery slideway, and finally flow into the recovery hopper 5.
Further, offer evenly distributed's seasoning package rotor plate gas hole 4b1 on the rotor plate 4b is rejected to the seasoning package, each seasoning package rotor plate gas hole 4b1 all is connected with high pressurized air source through the pipeline, can make fast seal unqualified seasoning package and the separation of seasoning package rejection rotor plate 4b with the mode that the seasoning package rotor plate gas hole 4b1 was blown to fall into in the seasoning package recovery slide.
The unqualified product information input device 16 comprises a scanning rejection camera support 16a arranged beside the unqualified product rejection conveying section 1c and a scanning rejection camera 16b installed on the scanning rejection camera support 16a, a lens of the scanning rejection camera 16b is opposite to the unqualified product rejection conveying section 1c, two-dimensional codes or bar codes on the seasoning packet can be accurately identified, data are transmitted to a background, and the seasoning packet needing to be sealed and packaged again is accurately recorded.
Referring to fig. 5 to 7, the non-defective product information recording mechanism 6 includes a recording camera support 6a disposed beside the non-defective product information recording transfer section 1d and a non-defective product recording camera 6b mounted on the recording camera support 6a, and a lens of the non-defective product recording camera 6b faces the non-defective product information recording transfer section 1 d. The qualified product recording camera 6b scans the two-dimensional code of the qualified product, and the identity information of the qualified product can be efficiently input.
Further, the qualified product information recording mechanism 6 further comprises a shooting cabinet 6c arranged above the qualified product information recording transmission section 1d, an opening is formed in the lower portion of the shooting cabinet 6c, the qualified product recording camera 6b and the recording camera support 6a are arranged in the shooting cabinet 6c, at least one light source 6d is arranged on the recording camera support 6a, and the light emitting surface of each light source 6d is opposite to the qualified product information recording transmission section 1 d. Through setting up certified products record camera 6b in shooting rack 6c to configuration light source 6d can effectively completely cut off external interference, guarantees the accuracy that the information was gathered to the certified products record camera. And, a cabinet door 6c1 that can open and close is arranged on one side wall of the shooting cabinet 6c, so that the internal equipment can be maintained.
Referring to fig. 8-10, the seasoning transfer device 11 includes a manipulator mounting frame 11a and a seasoning grabbing manipulator 11b mounted on the manipulator mounting frame 11a, and the seasoning packing section 7b and the seasoning drop section 1e are located below the seasoning grabbing manipulator 11b and pass through the manipulator mounting frame 11a, and the seasoning product is packed by using a manipulator grabbing manner, which is not only flexible and efficient, but also precise and stable.
Referring to fig. 11, since the main portion of the seasoning bag packed with seasonings has a larger thickness and the top edge portion with hanging holes has an extremely thin thickness, in order to fully utilize the internal space of the packing box, reduce the volume of the packing box, and secure the seasoning bag as much as possible, the seasoning bag is prevented from shifting during transportation, and the top edge portion is prevented from being turned over excessively, which affects the appearance of sale. Therefore, the seasoning transferring device 11 performs the following design on the packing sequence and stacking mode of the seasoning packages:
firstly, transversely and sequentially stacking a seasoning packet A and a seasoning packet B, wherein the seasoning packet A is arranged at the upper left corner, the main body parts of the seasoning packet A and the seasoning packet B, which are filled with seasonings, are mutually abutted, the top edge parts of the seasoning packet A and the seasoning packet B are mutually extended to the main body parts of the other side, then, longitudinally and sequentially stacking a seasoning packet C, a seasoning packet D and a seasoning packet E, the main body parts of the seasoning packet C, the seasoning packet D and the seasoning packet E, which are filled with seasonings, are mutually abutted, and are mutually abutted with the main body parts of the seasoning packet A and the seasoning packet B, which are filled with seasonings, wherein the seasoning packet E is arranged at the lower right corner, and the top edge parts of the seasoning packet C, the seasoning packet D and the seasoning packet E are extended to the main body parts of the seasoning packet A and the seasoning packet B, which are one layer;
then, stacking a second layer: firstly, transversely stacking a seasoning bag F and a seasoning bag G in sequence, wherein the seasoning bag F is arranged at the lower right corner, the main body parts of the seasoning bag F and the seasoning bag G, which are filled with seasonings, are mutually abutted, the top edge parts of the seasoning bag F and the seasoning bag G are mutually extended to the main body parts of the opposite sides, the positions of the seasoning bag F and the seasoning bag G correspond to the positions of the seasoning bag C, the seasoning bag D and the seasoning bag E of the next layer, then vertically stacking a seasoning bag H, a seasoning bag I and a seasoning bag J in sequence, the main body parts of the seasoning bag H, the seasoning bag I and the seasoning bag J, which are filled with seasonings, are mutually abutted, and are mutually abutted with the main body parts of the seasoning bag F and the seasoning bag G, wherein the seasoning bag J is arranged at the lower left corner, and the top edge parts of the seasoning bag H, the seasoning bag I and the seasoning bag J are extended to the main body parts of the seasoning bag F and the seasoning bag G, which is a second layer;
and then, the first layer and the second layer are alternately stacked, so that the internal space of the packing box is fully utilized, the volume of the packing box is reduced, the seasoning bags are stacked as much as possible, the seasoning bags are prevented from shifting in the transportation process as much as possible, and the top edge part is prevented from being excessively folded to influence the sale appearance.
Referring to fig. 8 to 10, the inspection device 12 includes an inspection camera support 12a disposed beside the full package conveying section 7c and an inspection camera 12b mounted on the inspection camera support 12a, and the inspection camera 12b can determine whether the number of packaged packages is accurate, simple and reliable only by reading the identity information (barcode or two-dimensional code) of the seasoning product finally packaged in the packaging package again.
Further, the scanning unsuccessful recovery box 10 is placed on a heightened support 15. Further, a guide chute 14 is provided at one end of the seasoning drop line segment 1e close to the scanning unsuccessful recovery box 10, and faces obliquely downward toward the scanning unsuccessful recovery box 10. The seasoning products, the identification information of which cannot be entered by the non-defective product information entry means 6, can be made to flow into the non-scanning recovery box 10 stably and reliably.
The utility model discloses a theory of operation:
after the seasoning is packaged, the seasoning is conveyed to a packaging bag detection conveying section 1a, a packaging bag detection mechanism 2 detects whether the seal of an outer packaging bag of a seasoning product is qualified or not and whether the bag is a clamped bag (namely the used outer packaging bag) or not, after the detection, the seasoning flows into a clamped bag rejection conveying section 1b, the clamped bag does not continuously flow into an unqualified product rejection conveying section 1c (flowing into a recycling hopper 5) under the control of a clamped bag rejection mechanism 3, the rest seasoning bags continuously flow into an unqualified product rejection conveying section 1c, the seasoning bags with unqualified seal do not flow into a qualified product information recording conveying section 1d (flowing into a recycling hopper 5) under the control of an unqualified product processing mechanism 4, the seasoning bags with qualified seal flow into a qualified product information recording conveying section 1d, and the qualified product information recording mechanism 6 records the identity information of the qualified seasoning, seasoning products which can be input with identity information by the qualified product two-dimensional code input mechanism 6 are grabbed by the seasoning transfer device 11 and are loaded into the packaging box on the packaging box conveyor belt 7, and meanwhile, seasoning products which cannot be input with identity information by the qualified product two-dimensional code input mechanism 6 cannot be grabbed by the seasoning transfer device 11 and directly flow into the unsuccessful scanning recovery box 10 through the seasoning conveyor belt 1; then, the inspection device 12 inspects whether the number of the packed boxes is accurate, and the code sprayer 13 is used for printing codes on the packing boxes with no problem.
Finally, it should be noted that the above description is only a preferred embodiment of the present invention, and those skilled in the art can make various similar representations without departing from the spirit and the scope of the present invention.
Claims (10)
1. The utility model provides a full-automatic assembly line for seasoning product rolls off production line, includes seasoning conveyer belt (1) and packing box conveyer belt (7), its characterized in that: the seasoning conveying belt (1) comprises a packaging bag detection conveying section (1a), a bag clamping rejection conveying section (1b), an unqualified product rejection conveying section (1c), a qualified product information input conveying section (1d) and a seasoning lower line section (1e) which are sequentially connected, the packaging box conveying belt (7) comprises an empty box conveying section (7a), a seasoning box section (7b) and a full box conveying section (7c) which are sequentially connected, a packaging bag detection mechanism (2) for detecting the sealing property of the seasoning packaging bags is arranged beside the packaging bag detection conveying section (1a), a bag clamping rejection mechanism (3) for rejecting the lower seasoning conveying belt (1) in a clamping mode is arranged between the bag clamping rejection conveying section (1b) and the unqualified product rejection conveying section (1c), and an unqualified product information input device (16) for inputting unqualified seasoning information is arranged beside the unqualified product rejection conveying section (1c), an unqualified product rejecting device (4) used for rejecting a flavoring conveyor belt (1) under unqualified seasonings is arranged between the unqualified product rejecting conveying section (1c) and the qualified product information inputting conveying section (1d), a qualified product information inputting mechanism (6) used for inputting qualified seasoning information is arranged beside the qualified product information inputting conveying section (1d), the seasoning packing section (7b) and the seasoning lower line section (1e) are arranged side by side, a seasoning transferring device (11) used for loading the seasonings on the seasoning lower line section (1e) into a packaging box on the seasoning packing section (7b) is arranged above the qualified product information inputting conveying section and the seasoning packing box lower line section, an inspection device (12) used for inspecting the quantity of the seasonings in the packaging box and a code spraying device (13) used for spraying codes on the packaging box are sequentially arranged beside the full-box conveying section (7c) towards the lower line direction, and one end of the seasoning unloading segment (1e), which is far away from the qualified product information input conveying segment (1d), is provided with a scanning unsuccessful recovery box (10).
2. The fully automated assembly line for seasoning product off-line of claim 1, wherein: wrapping bag detection mechanism (2) are including setting up thermal imaging camera support (2a) other at wrapping bag detection conveying section (1a) and installing thermal imaging camera (2b) on thermal imaging camera support (2a), the camera lens of thermal imaging camera (2b) is just detecting conveying section (1a) to the wrapping bag, conveying belt (1) other is provided with monitor rack (2c) that has built-in thermal imaging processor, and the upper portion of this monitor rack (2c) has video monitor (2 d).
3. The fully automated assembly line for seasoning product off-line of claim 1, wherein: the bag clamping and rejecting mechanism (3) comprises a bag clamping and rejecting rack (3a), a bag clamping and rejecting rotating plate (3b) rotatably mounted on the bag clamping and rejecting rack (3a), a bag clamping and rotating plate driving assembly for driving the bag clamping and rejecting rotating plate (3b) to rotate and a bag clamping and conveying device (3f) arranged below the bag clamping and rejecting rotating plate (3b), wherein the bag clamping and rejecting rotating plate (3b) is positioned between the bag clamping and rejecting conveying section (1b) and the unqualified product rejecting and conveying section (1c) and can be communicated with the bag clamping and rejecting conveying section (1b) and the bag clamping and conveying device (3f) under the driving of the bag clamping and rotating plate driving assembly, the bag clamping and rejecting rotating plate (3b) is rotatably mounted on the bag clamping and rejecting rack (3a) through a bag clamping and rotating plate rotating shaft (3e), the bag clamping rotating plate driving assembly comprises a bag clamping removing driving motor (3c) arranged on a bag clamping removing rack (3a) and a bag clamping removing synchronous belt module (3d) which is driven between the bag clamping removing driving motor (3c) and a bag clamping rotating plate rotating shaft (3 e).
4. The fully automated assembly line for seasoning product off-line of claim 3, wherein: the unqualified product rejecting device (4) comprises a seasoning packet rejecting rack (4a), a seasoning packet rejecting rotating plate (4b) rotatably mounted on the seasoning packet rejecting rack (4a), a seasoning packet rotating plate driving assembly used for driving the seasoning packet rejecting rotating plate (4b) to rotate, and a seasoning packet conveying device (4f) arranged below the seasoning packet rejecting rotating plate (4b), wherein the seasoning packet rejecting rotating plate (4b) is positioned between an unqualified product rejecting conveying section (1c) and a next procedure conveying section (1d), and can be communicated with the unqualified product rejecting conveying section (1c) and the next procedure conveying section (1d) or communicated with the unqualified product rejecting conveying section (1c) and the seasoning packet conveying device (4f) under the driving of the seasoning packet rotating plate driving assembly, and the seasoning packet rejecting rotating plate (4b) is rotatably mounted on the seasoning packet rejecting rack (4a) through a seasoning packet rotating plate rotating shaft (4e), the seasoning packet rotating plate driving assembly comprises a seasoning packet removing driving motor (4c) arranged on a seasoning packet removing rack (4a) and a seasoning packet removing synchronous belt module (4d) which is arranged between the seasoning packet removing driving motor (4c) and a seasoning packet rotating plate rotating shaft (4e) in a transmission mode.
5. The fully automated assembly line for seasoning product off-line of claim 4, wherein: press from both sides the bag and reject and offer evenly distributed's double-layered bag rotor plate gas pocket (3b1) on rotor plate (3b), each double-layered bag rotor plate gas pocket (3b1) all is connected with high pressurized air source through the pipeline, the seasoning package is rejected and is offered evenly distributed's seasoning package rotor plate gas pocket (4b1) on rotor plate (4b), and each seasoning package rotor plate gas pocket (4b1) all is connected with high pressurized air source through the pipeline.
6. The fully automated assembly line for seasoning product off-line of claim 1, wherein: the unqualified product information input device (16) comprises a scanning rejection camera support (16a) arranged beside the unqualified product rejection conveying section (1c) and a scanning rejection camera (16b) installed on the scanning rejection camera support (16a), and a lens of the scanning rejection camera (16b) is over against the unqualified product rejection conveying section (1 c).
7. The fully automated assembly line for seasoning product off-line of claim 1, wherein: qualified product information entry mechanism (6) are including setting up shooting rack (6c) in qualified product information entry transfer section (1d) top, setting up recording camera support (6a) in shooting rack (6c) and all set up qualified product note camera (6b) and at least one light source (6d) on recording camera support (6a), the camera lens of qualified product note camera (6b) and the light emitting area of each light source (6d) are all just to qualified product information entry transfer section (1 d).
8. The fully automated assembly line for seasoning product off-line of claim 1, wherein: the seasoning transfer device (11) comprises a manipulator installation frame (11a) and a seasoning grabbing manipulator (11b) installed on the manipulator installation frame (11a), wherein the seasoning packing section (7b) and the seasoning lower line section (1e) are located below the seasoning grabbing manipulator (11b) and penetrate through the manipulator installation frame (11 a).
9. The fully automated assembly line for seasoning product off-line of claim 1, wherein: the inspection device (12) includes an inspection camera holder (12a) provided beside the full-box transfer section (7c) and an inspection camera (12b) mounted on the inspection camera holder (12 a).
10. The fully automated assembly line for seasoning product off-line of claim 1, wherein: seasoning vanning section (7b) is the link plate formula drive belt, empty case conveying section (7a) and full case conveying section (7c) are belt conveyor belt, the both sides of seasoning vanning section (7b) all are provided with limit baffle (7b 1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121304854.0U CN214777140U (en) | 2021-06-10 | 2021-06-10 | Full-automatic assembly line for seasoning product offline |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202121304854.0U CN214777140U (en) | 2021-06-10 | 2021-06-10 | Full-automatic assembly line for seasoning product offline |
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| Publication Number | Publication Date |
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| CN214777140U true CN214777140U (en) | 2021-11-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113371266A (en) * | 2021-06-10 | 2021-09-10 | 重庆周君记火锅食品有限公司 | Full-automatic assembly line for tracing and tracking seasoning product information |
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- 2021-06-10 CN CN202121304854.0U patent/CN214777140U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113371266A (en) * | 2021-06-10 | 2021-09-10 | 重庆周君记火锅食品有限公司 | Full-automatic assembly line for tracing and tracking seasoning product information |
| CN113371266B (en) * | 2021-06-10 | 2023-03-03 | 重庆周君记火锅食品有限公司 | Full-automatic assembly line for tracing and tracking seasoning product information |
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