14results about "Packaging lollipops" patented technology

The present invention provides an automatic lollipop packaging device, which relates to the field of candy packaging equipment. The automatic lollipop packaging device includes two frames, a rotating roller and a flap. The rotating roller and the flap are located between the two frames. The end of the rotating roller is pivotally connected to the lower end of the frame, and the end of the flap is pivotally connected to the upper end of the frame. A plurality of rows of insertion holes one and a plurality of rows of insertion holes two are formed on the surface of the rotating roller. Each row of insertion holes two is located between two adjacent insertion holes one. The insertion holes one are used to place flat lollipops, and the insertion holes two are used to place spherical lollipops. Through the cooperation of the flap and the roller, the automatic lollipop packaging device can package two styles of lollipops. By setting up a rectangular box, a partition board, an arc-shaped rod, an arc-shaped plate and an adhesive layer in cooperation, the flat lollipops can be encapsulated. By setting up spherical candies, support rods, small electric push rods and steel wires in cooperation, the spherical lollipops can be encapsulated. It replaces the traditional manual binding method, reduces labor costs, further improves work efficiency, and realizes automatic encapsulation.

The present invention discloses a filling device, which belongs to the technical field of food production equipment, and includes a horizontal dragging device and a rod insertion device. The horizontal dragging device includes a dragging bracket, a dragging motor, a dragging transmission mechanism and a clamping mechanism. The dragging transmission mechanism includes a cam-connecting rod transmission assembly, a guide rod, a dragging seat and a dragging rod. The dragging seat is arranged on the guide rod and the dragging seat is connected to the cam-connecting rod transmission assembly. The dragging rod is fixed on the dragging seat, and the clamping seat is fixed on the dragging rod. The rod insertion device includes a rod insertion bracket, a material storage component, a material feeding component, a connecting component, a rod insertion component and a guide component. The horizontal dragging device drags the sheet material to move along the conveying direction, so that the sheet material to be inserted with the rod enters the rod insertion station. The rod body is first inserted into the material cavity that has not been filled with the material through the rod insertion device, and then the material is poured into the material cavity. The material does not need to undergo a handling action during the production process, which effectively eliminates the risk of the material being contaminated during this handling process.

This invention provides a lollipop binding and twisting packaging machine, which includes a base, a slide assembly, a lollipop mounting assembly, a preheating assembly, a vertical plate, a secondary telescopic rod, a telescopic rod, a top plate, a sleeve frame, and multiple picking components. The slide assembly is mounted on the base. This lollipop binding and twisting packaging machine, through the coordinated arrangement of the base, slide assembly, lollipop mounting assembly, preheating assembly, vertical plate, secondary telescopic rod, telescopic rod, top plate, sleeve frame, and multiple picking components, allows the invention to pre-deform the original candy wrapper, particularly protecting the logo originally positioned in the center by ironing and deforming the surface around the logo, transforming the originally flat candy wrapper into a cap shape, facilitating lollipop alignment, and improving worker efficiency. It also ensures the complete display of the logo on the candy wrapper.

The application discloses a candy quick packaging device, which comprises a rack, a sugar paper module, a sugar material module, a sugar material transmission module, a sugar material rotating module, a sugar twisting module and a sugar material recycling groove are arranged on the rack, sugar paper is arranged on the sugar paper module, and the sugar material to be packaged is arranged on the sugar material module; the sugar material is in a lollipop structure; the sugar material enters the sugar material transmission module through the sugar material module, and then the sugar material is wrapped by the sugar paper through the sugar material rotating module; the sugar paper is twisted through the sugar twisting module; and the wrapped sugar material is placed into the sugar material recycling groove. The candy quick packaging device can complete the packaging of the sugar material at one time. Meanwhile, the sugar material can be automatically arranged through the sugar material rotating disc, so that the packaging of the sugar material is facilitated. Time is saved, and production efficiency is improved.

The present invention relates to a machine for wrapping a first- and a second embodiment of lollipops, each embodiment having a stick and a lollipop head, wherein the heads of the lollipops of the first embodiment differ from the heads of the second embodiment in at least one dimension and wherein a different exchangeable tool for each embodiment is utilized to wrap the lollipops, wherein each tool is attached to a lever. The present invention further relates to a method to change a of tool. Another subject matter of the present invention is a method to determine the malfunctioning of a tool at a wrapping material forming unit and / or a wrapping material folding / twisting unit.

The application relates to the technical field of stick product packaging, in particular to a food packaging slitting detection method and system, which comprises the following steps: obtaining hot cutting pressure; judging whether the hot cutting pressure is greater than a preset pressure value, if yes, it is indicated that foreign matters exist at the cutting seam, the packaging bag is marked and blown to one side; if not, it is indicated that no foreign matters exist at the cutting seam, product slitting is normal, and production is continuously carried out. The application has the effects of reducing manual sorting of unqualified products and improving work efficiency.

The invention relates to a device (1) for packaging confectionery products, comprising a first feed station (2), a second feed station (4) and a pick-up, insertion and release station (3); the first feeding station is used for feeding a series of confectionery products (5), and the confectionery products comprise edible parts mounted on non-edible supports; a second feeding station for feeding a package (6) suitable for containing a confectionery product (5); a pick-up, insertion and release station is used to pick up confectionery products (5) and insert and release them into respective packages (6). According to the invention, the pick-up, insertion and release station (3) comprises gripping means (30) which are movable between: a position in which at least one confectionery product (5) is picked up from the first feed station (2); placing the confectionery product (5) in a position in the respective package (6); and releasing the confectionery product (5) into a release position in the package (6). Specifically, the gripping device (30) comprises at least one pair of mechanical fingers (300) movable relative to each other, the mechanical fingers being configured to grip an inedible support of the confectionery product (5) at the pick-up position and to release the confectionery product (5) into an associated package (6) at the release position.

The invention discloses a time-delay clamping mechanism for food packaging thread twisting. The time-delay clamping mechanism comprises a positioning frame, an opening and closing driving assembly, a rotating column, a clamping plate, a clamping rod and an abutting spring. A clamping rod is installed on the inner side of a clamping plate, a sliding clamping groove is formed in a rotating column, the inner end of the clamping rod is clamped to the sliding clamping groove in a sliding mode, an abutting spring is installed in the sliding clamping groove, and the abutting spring abuts against the clamping rod towards the inner side, so that the clamping plate can move on the rotating column in a telescopic mode through the clamping rod; therefore, when the clamping plate clamps the ribbon to start twisting and the external turntable drives the clamping plate to move to be separated from the ribbon, the clamping and twisting time of the clamping plate and the ribbon can be prolonged through compression of the pressing spring, too fast separation of the clamping plate and the ribbon is avoided, and the structural stability of wire twisting is guaranteed.

The present invention discloses a filling device, which belongs to the technical field of food production equipment, and includes a horizontal dragging device and a filling device. The horizontal dragging device includes a dragging bracket, a dragging motor, a dragging transmission mechanism and a clamping mechanism. The dragging transmission mechanism includes a cam connecting rod transmission assembly, a guide rod, a dragging seat and a dragging rod. The clamping mechanism is fixed on the dragging rod and has a clamping state and a loose state. The filling device includes a filling base, a quantitative valve, a first filling drive mechanism, a lifting platform, a filling nozzle and a second filling drive mechanism. The movement direction of the filling nozzle is perpendicular to the movement direction of the clamping mechanism. The material will not overflow the filling nozzle between two filling actions performed by the filling device, and the material will not overflow the material cavity during filling, which effectively avoids the material from being contaminated with the sheet material, improves the filling efficiency and the filling effect, and is conducive to improving the production efficiency and production qualification rate of the product.

The present invention relates to an apparatus (1) for packaging confectionery products, comprising a first feeding station (2) for feeding a succession of confectionery products (5) comprising an edible portion mounted on a non-edible support, a second feeding station (4) for feeding packets (6) suitable for containing the confectionery products (5) and a station for picking- up, inserting and releasing (3) the confectionery products (5) into respective packets (6). According to the invention, the picking-up, inserting and releasing station (3) comprises a grasping device (30) movable between a position of picking-up of at least one confectionery product (5) from the first feeding station (2), a position of placing the confectionery product (5) in the respective packet (6), and a position of releasing the confectionery product (5) in the packet (6). In particular, the grasping device (30) comprises at least one pair of mechanical fingers (300) movable with respect to each other, configured to grasp, in said picking-up position, the non-edible support of the confectionery product (5) and to release, in the releasing position, the confectionery product (5) within the relative packet (6).

The present invention discloses a filling device, which belongs to the technical field of food production equipment, and includes a horizontal dragging device and a cutting device. The horizontal dragging device includes a dragging bracket, a dragging motor, a dragging transmission mechanism and a clamping mechanism. The cutting device includes a cutting motor, a cutting transmission mechanism, a cutting die, a front pressing plate, a rear pressing plate, a front seat plate and a rear seat plate. The front pressing plate is arranged at the rear side of the front seat plate, and the cutting die and the rear pressing plate are arranged at the front side of the rear seat plate. The cutting motor drives the front seat plate and the rear seat plate to move synchronously in the front and rear directions. The rear pressing plate, the front pressing plate and the front seat plate are all provided with a waste edge outlet that cooperates with the cutting die. The front pressing plate contacts and clamps the sheet material with the rear pressing plate, and the rear pressing plate floats backward relative to the rear seat plate under the action of resistance, so that the cutting die can cut the part of the sheet material that needs to be cut, and the cut waste material is separated from the cutting device through the waste edge outlet.

The application discloses a candy packaging and stick inserting device, which comprises a frame, a candy material module, a sugar paper module, a candy material rotating module, a candy material moving module, a candy material drilling module, a candy material pushing stick module and a candy stick installing module are arranged on the frame, a candy stick is installed in the candy stick installing module, the candy material module is used for conveying candy material to the candy material rotating module, the sugar paper module is used for conveying sugar paper to the vicinity of the candy material, the candy material is wrapped under the rotation of the candy material rotating module, the wrapped candy material is conveyed by the candy material moving module and sequentially passes through the candy material drilling module and the candy material pushing stick module, and the hole drilling of the candy material and the installation of the candy stick are completed. The candy packaging and stick inserting device can complete the candy packaging and stick inserting operation at one time and saves the candy production and processing time.

This invention discloses a filling device, belonging to the technical field of food production equipment. It includes a horizontal dragging device, a rod insertion device, and a filling device. The rod insertion device and the filling device are distributed along the conveying direction, with the rod insertion device located upstream of the filling device. The horizontal dragging device includes a dragging support, a dragging motor, a dragging transmission mechanism, and a clamping mechanism. The rod insertion device includes a rod insertion support, a material storage component, a conveying pipe, a connecting assembly, a rod insertion assembly, and a guiding assembly. The filling device includes a base frame, a metering valve, a first filling drive mechanism, a lifting platform, a filling nozzle, and a second filling drive mechanism. The material does not require handling during production, effectively improving rod insertion efficiency while eliminating the risk of material contamination during handling. The material will not overflow from the filling chamber, effectively preventing material contamination of the sheet. The horizontal dragging device drags the sheet along the conveying direction, moving the inserted sheet to the next station for filling.

The present invention relates to an apparatus (1) for packaging confectionery products, comprising a first feeding station (2) for feeding a succession of confectionery products (5) comprising an edible portion mounted on a non-edible support, a second feeding station (4) for feeding packets (6) suitable for containing the confectionery products (5) and a station for picking- up, inserting and releasing (3) the confectionery products (5) into respective packets (6). According to the invention, the picking-up, inserting and releasing station (3) comprises a grasping device (30) movable between a position of picking-up of at least one confectionery product (5) from the first feeding station (2), a position of placing the confectionery product (5) in the respective packet (6), and a position of releasing the confectionery product (5) in the packet (6). In particular, the grasping device (30) comprises at least one pair of mechanical fingers (300) movable with respect to each other, configured to grasp, in said picking-up position, the non-edible support of the confectionery product (5) and to release, in the releasing position, the confectionery product (5) within the relative packet (6).