225results about How to "Improve packaging efficiency" patented technology

The invention discloses a full-automatic packing method. The full-automatic packing method comprises the following steps: a bag taking sucker of a bag taking mechanism sucks packing bags to position on a bag taking station; a conveying and clamping mechanism clamps the packing bags from the bag taking station, and transversely clamps and conveys the packing bags to a bag opening station; the conveying and clamping mechanism transversely clamps and shifts the packing bags from the bag opening station to a filling station in a bag opening state; a filling and unloading device fills the packing bags in the filling station; after filling is finished, the packing bags are transversely clamped and shifted to a transfer station from the filling station by the conveying and clamping mechanism; thetransfer mechanism clamps the packing bags from the transfer station, and shifts the packing bags into a vacuum cavity of a vacuumizing and sealing device for fixation; and the vacuumizing and sealing device hot seals the upper ends of the packing bags by a hot sealing module after vacuumizing of the packing bags through the vacuum cavity. The packing method is stable in operation, can effectively prevent equipment failures caused by splashing of food materials outside the bags, and greatly improves the packing efficiency.

The invention belongs to the technical field of packing equipment, and relates to a wholly-lifting sharp-nose full-automatic sack-holder device adopting tongs and clamping plates. In the device, a sack-holder body is arranged on a sack-holder lifting mechanism; the upper part of the sack-holder body is communicated with a blanking pipeline; a tongs pulling-down sack fixing mechanism is fixed on the sack-holder body; two suits of tongs sack holding mechanisms are arranged on the two sides of the tongs pulling-down sack fixing mechanism respectively; a tongs judging device is arranged on the tongs sack holding mechanism; an emptying sharp nose filling mechanism is fixed on the sack-holder body and is provided with a claming plate sack holding mechanism; and a clamping plate judging device is arranged on the clamping plate sack holding device. The wholly-lifting sharp-nose full-automatic sack-holder device adopting the tongs and the clamping plates is smart and rational in structure; a sack-holder device wholly-lifting form is adopted, thus sacks can be sleeved by sack loading mechanical arms in the ascending process of the sack-holder device, which speeds up the handover between full sacks and empty sacks on the sack-holder; and filling and emptying are performed in the descending process of the sack-holder, which does not influence packing capacity and further improves the packing efficiency of a whole full-automatic packing machine.

The invention relates to a rice hull ash-paraffin wax phase-change aggregate and a preparation method thereof. The rice hull ash-paraffin wax phase-change aggregate is characterized by comprising three materials including rice hull ash, paraffin wax and mineral powder, wherein the mass of the mineral powder accounts for 35 to 50 percent of the total mass of the rice hull ash, paraffin wax and mineral powder; and the mass ratio of paraffin wax to rice hull ash ranges from 1:1 to 1:5. The method comprises: mixing industrial rice hull ash and paraffin wax, and heating the mixture to allow the paraffin wax to melt into the pores in the rice hull ash, wherein a certain negative pressure is generated in the container by high-low temperature regulation to increase the melt amount of paraffin wax in the rice hull ash; sieving the mixed product of the rice hull ash and paraffin wax to obtain small particles of the mixed product; covering the small particles with powder; and thus, obtaining the rice hull ash-paraffin wax phase-change aggregate. The preparation process of the rice hull ash-paraffin wax phase-change aggregate is simple and low in cost, the paraffin wax content in the aggregate is high, the temperature control effect is desirable, and the adaptability to concrete is high.

The invention relates to an automatic counter weight device of a cone yarn and a counter weight method. The device comprises a loading weighing sorting apparatus and a counter weight apparatus. The loading weighing sorting apparatus is located at an input terminal of the automatic counter weight device of the cone yarn. The counter weight device is connected to the loading weighing sorting apparatus. The loading weighing sorting apparatus and the counter weight device are connected to a control system through signal lines. In the invention, an automation degree is high; automatic weighing and automatic screening functions are possessed, and through two intermittent power roller machine channels, automatic counter weight can be performed; and a triaxial coordinate robot is used to capture. Compared to existing manual weighting and counter weight, by using the device and the method of the invention, packaging efficiency of the cone yarn is increased and labor intensity of a worker is reduced. The device and the method also possess advantages that counter weight efficiency is high; an automation degree is high; control is simple and convenient; and cost performance is high and so on.

The invention discloses a packaging method and packaging structures. The packaging method includes the steps of providing a plurality of individual image sensing chips, wherein each image sensing chip is provided with an image sensing area and a bonding pad surrounding the image sensing area; providing a PCB substrate, wherein a metal layer is formed on the surface of the PCB substrate; reversedly arranging the image sensing chips on the PCB substrate, wherein the bonding pads are electrically connected with the metal layer; forming a plastic sealing layer which covers the surface of the metal layer and the surfaces of the image sensing chips; forming a through hole, exposed out of the surface of the metal layer, in the plastic sealing layer; forming a welding protrusion which fully fills the through hole, wherein the top of the welding protrusion is higher than the surface of the plastic sealing layer; cutting the PCB substrate along the area of cutting lines to form the multiple single packaging structures. The packaging process is simple, the packaging structures have good packaging performance and high reliability, the packaging process can be partly conducted through the PCB manufacturing technology, and packaging process difficulty and packaging cost are reduced.

An automatic adhesive tape sealing and waybill pasting packaging machine is composed of four modules including a main conveying module, an adhesive tape sealing module, an electronic face waybill pasting module and an electric control module; functions of adhesive tape sealing and electronic surface waybill pasting are integrated, the complex packaging action is completed through one step, the packaging efficiency is high, and the speed is high; the mechanical-electrical integration technology is adopted, the packaging action is automatically completed through a machine, and labor intensity of taobao sellers is relieved to the maximum degree; a horizontal unfolding type is adopted to arrange a machine core and a new single-roller machine core, the whole size of the packaging machine is compressed to 0.2m<3>, the packaging machine is introduced to an office from a factory, and space is saved; popularization of an electronic surface waybill is greatly promoted, materials are saved, environment is protected, and postal standard carton packaging is adopted to promote regulation and standardization of the express industry; and the packaging task originally completed by few persons can be completed only through one person, time and labor are saved, and the problems that an existing taobao seller is large in labor intensity, and manpower is little are solved truly.

The invention discloses a film-carrying tortilla packaging device which comprises a carrying film A, an upper film B, a first oil injection mechanism, a second oil injection mechanism, a first laser induction mechanism, a working table and a plastic package unit. The film-carrying tortilla packaging device has the advantages of greatly improving packaging efficiency and preventing tortillas and films after package from adhering, and consumers can remove film packages conveniently; in addition, mechanized packaging enables the packages to be more uniform in size, and the overall quality of the products is improved.

The invention discloses a subpackaging mechanism for quick-freeze aquatic products, and relates to the technical field of aquatic product packaging. The subpackaging mechanism comprises a bottom plate. A supporting frame is fixed to the bottom plate. A conveying mechanism comprising a conveying cylinder and used for conveying the aquatic products is fixed to the supporting frame. A discharge pipeis vertically communicated with and installed at the lower bottom of the conveying cylinder. A slide baffle slidingly connected with the discharge pipe is driven on the discharge pipe by a reciprocating mechanism. A plurality of subpackaging boxes distributed at equal intervals are arranged on the conveying belt. The equal-interval stepping type leftward movement of the conveying belt can be driven by a stepping mechanism, so the subpackaging boxes on the conveying belt are intermittently located at the bottom of the discharge pipe, the slide baffle on the discharge pipe is driven by the reciprocating mechanism to intermittently coincide with a discharge hole, the aquatic products are automatically put into the subpackaging boxes one by one, the subpackaging automation degree of the aquatic products is high, and the subpackaging efficiency of the aquatic products is effectively improved.

The invention discloses a packaging structure and a side-draft type range hood, and belongs to the technical field of packaging of range hoods. The packaging structure is used for packaging the range hood, and specially comprises a box body, a bottom plate and a supporting structure, wherein the supporting structure is positioned on the bottom plate, and is used for supporting the range hood; an opening is formed in the bottom of the box body; the box body is buckled on the bottom plate and capable of accommodating the supporting structure; and the box body is detachably fixed to the bottom plate. According to the technical scheme adopted by the invention, the packaging efficiency of the range hood is improved, and packing or unpacking of the range hood by single person can be realized.

The invention relates to an intelligent packaging device for packaging piezoelectric ceramics. The intelligent packaging device comprises a base, a first connecting block, a rotating shaft, a liftingmechanism, a stretching mechanism and two packaging mechanisms. The lifting mechanism includes a driving component, a fixing block, a sliding block, a first sliding chute, a telescopic frame and a topplate. The packaging mechanism includes a connecting rod, a second connecting block, a vertical plate and a package assembly. The intelligent packaging device for packaging the piezoelectric ceramicslifts the piezoelectric ceramic required to be packaged by using the stretching mechanism in order to expose the bottom of the piezoelectric ceramic, and then packages the piezoelectric ceramic by using the packaging mechanisms, thereby improving packaging efficiency. Compared with a traditional stretching mechanism, the stretching mechanism drives through a lead screw so as to stably move a lifting block. The height is controlled by the lifting mechanism so that the collision between the piezoelectric ceramic and other articles is avoided. Therefore, the security of the intelligent packagingdevice is improved, and the practicality of the intelligent packaging device is greatly enhanced.

The invention relates to an automatic packaging system applied to a material, particularly applied to color pens, and a device of the system. The device comprises a hopper, a conveying device, a regulating mechanism and a linear packing module, wherein the hopper is used for accommodating the material; the lower end of the hopper is provided with an outlet; the conveying device is used for conveying the material and comprises a linear conveying module and a push block; the push block is positioned below the outlet; the front end of the push block is provided with a through hole matched with the material; the linear conveying module is connected with the push block in a driving manner and is used for pushing the push block to move forwards and backwards; the regulating mechanism is used for regulating the direction of the material and comprises a regulating block; a regulating space for regulating the material is arranged inside the regulating block; the regulating space is positioned below the movement track of the push block; a correcting mechanism for correcting the position of the material is arranged at the outer side of the regulating space; the linear packing module is used for packing the material at a preset position and is positioned above the regulating space. By arranging the conveying device and the regulating mechanism, the device disclosed by the invention can be used for automatically conveying the material, correcting the position and packaging various color pens, and is capable of improving the packaging efficiency.

The invention relates to a sheet product automatic packaging device which comprises a base (1), a vertical movable worktable (3), a transverse movable worktable (4), a material holding box (5), an air cylinder (13), a transmission belt (11), a sheet absorbing device (12) and a control box (4). The base (1) is further provided with two guide rails A (7). The vertical movable worktable (3) is slidingly installed on the guide rails A (7). A guide rail B (9) is installed on the vertical movable worktable (3). The transverse movable worktable (4) is slidingly installed on the guide rail B (9). The material holding box (5) is fixedly arranged on the transverse movable worktable (4). The air cylinder (13) is arranged above the transmission belt (11), and the output shaft of the air cylinder (13) is connected with the sheet absorbing device (12). The sheet product automatic packaging device provided by the invention has the advantages that the packaging efficiency is high, the defective percentage is low, the degree of automation is high, and large scale production is easy to realize.

The invention provides a mixed wafer level vacuum packaging method and structure. The mixed wafer level vacuum packaging method comprises the following steps of a), providing a substrate slice, and forming a chip packaging cavity in the substrate slice; b), making a degasser thin film in the chip packaging cavity in the substrate slice; c), providing a to-be-packaged chip, wherein the to-be-packaged chip has passed a test and comprises a substrate and a device region; and d) providing a vacuum device, enabling the to-be-packaged chip and the chip packaging cavity to be aligned, vacuumizing, activating the degasser, heating, pressurizing, and bonding the substrate slice and the to-be-packaged chip by a bonding structure. The packaging method only packages to-be-packaged chips which have passed tests, so that the packaging cost is reduced; the chip packaging cavity is directly manufactured on the substrate slice, such as an infrared filter, and the to-be-packaged chip, such as an infrared detector chip and the like, is put in the chip packaging cavity to finish the vacuum packaging, so that the packaging efficiency is improved, and the packaging volume is reduced.

The invention discloses an automated medicine box packaging line. The automated medicine box packaging line comprises a flow-separation and channel-combination system (20), an intermediate conveying belt (5), a packaging machine (21) and a case sealer (22). The packaging machine (21) is composed of a box folding device (23), a stacking device (24), a conveying roller way (25), a case unpacker (26) and a labeling machine (27). The output end of the case unpacker (26) is in butt joint with one end of the conveying roller way (25), and the other end of the conveying roller way (25) is in butt joint with the inlet end of the case sealer (22). The labeling machine (27) is arranged beside the conveying roller way (25). A medicine box erecting device (28) and a medicine box appearance detection device (29) are sequentially arranged between the box folding device (23) and the intermediate conveying belt (5). The automated medicine box packaging line has the beneficial effects that the utilization rate of equipment is increased; small space is occupied; the automation degree is high; and medicine box packaging efficiency is greatly improved.

The invention provides a data aggregation encapsulating system and method with original timestamps reserved. The system involves a plurality of Internet of Things devices which are in connection to a network management system through a cloud platform for carrying out data communication. According to the invention, the plurality of Internet of Things devices are in separate connection to a terminal gateway and then are in connection to the cloud platform. The terminal gateway generates timestamps which are inserted to the original data information output by the Internet of Things devices, and the original data information is further encapsulated to form data information with timestamps. The system and method enable the acquisition of the original data information and corresponding timestamps through storage and analysis at the cloud platform after transmission to the cloud platform. The system and method address the technical problem of deviation from the actual time when data information is generated that is caused by no-timestamp data output by the Internet of Things, increase the accuracy of time when information is generated, and are free from effects by transmission paths, intermediate devices and the cloud platform.

In multi-stack chip size packaging a plurality chips, a first chip is electrically interconnected on a top surface of a substrate using a bump. Next, an epoxy is coated on the first chip and is stacked a second chip thereon, wherein the second chip is electrically interconnected to the substrate through an inner lead bonding. A potting solution is coated on the substrate and the second chip and installed thereon a heat spreader and then cured. An encapsulation resin is coated on a bottom surface of the substrate and electrically interconnected a third chip to the bottom surface of the substrate through a bump and an inner lead bump.

The invention discloses an automatic sealing packaging device. The device comprises a pushing feeding mechanism, a sealing mechanism, a discharging mechanism and a control panel, wherein an upper sealing plastic film roller and a lower sealing plastic film roller of the sealing mechanism are correspondingly connected to the upper end and the lower end of the rear part of the sealing frame in a manner of leftwards and rightwards horizontally rotating; an upper rear hot melting clamping plate, an upper left hot melting clamping plate and an upper right hot melting clamping plate are correspondingly positioned at the rear side, the left side and the right side of a lower pressing plate; fixing ends of a lower rear cylinder, a lower left cylinder and a lower right cylinder are correspondingly fixed to the rear outer side, the left outer side and the right outer side of a bottom conveyor belt; the output ends of the lower rear cylinder, the lower left cylinder and the lower right cylinder correspondingly vertically upwards extend to be fixedly connected to the bottom parts of a lower rear hot melting clamping plate, a lower left hot melting clamping plate and a lower right hot melting clamping plate; a bottom conveyor belt driving device for driving the bottom conveyor belt to run is mounted on the sealing frame; the pushing feeding mechanism is arranged at the back of the sealing frame. The automatic sealing packaging device can automatically bind and seal plastic films, so that the sealing efficiency can be greatly improved.

The invention relates to a packaging machine capable of automatically bagging and sealing, which belongs to the technical field of package. The packaging machine disclosed by the invention comprises a machine table, a rack arranged at one end of the machine table, a motor control device arranged at one side of the machine table, and a feeding device, an ultraviolet light disinfection device, an optical fiber counting device, a pushing device and a bag shaping device which are arranged on the machine table in sequence, as well as a bag fetching device, a hot-pressing sealing device and a discharge device which are arranged on the rack. The ultraviolet light disinfection device can be used for disinfecting and sterilizing products, so that the package is more sanitary; the pushing device can push the products into multi-row packaging, so that the working efficiency is improved; the bag shaping device enables the package to be more attractive, so that the packaging effect is good. The operation is simple, an operator only needs to place the products at storage boxes, then the equipment can automatically run, and packaged products can be conveyed out of a discharge belt, so that line production and automatic discharge are realized, accordingly, the efficiency is greatly improved, and the labor is saved.

The invention discloses a semi-finished dough cake packing device. The semi-finished dough cake packing device is characterized in that a semi-finished dough cake plastic packaging unit and a semi-finished dough cake overturning follow-up unit are included; according to the semi-finished dough cake overturning follow-up unit, an overturning curve used for overturning semi-finished dough cakes downwards is arranged at the tail end of a first conveying belt connected with a semi-finished dough cake production line, a follow-up rail is arranged along the outer side of the overturning curve, a follow-up overturning mechanism is arranged on the follow-up rail and can move along the follow-up rail, the beginning end of a bearing film is arranged at the tail end of the lower portion of the follow-up rail, a first oil spraying mechanism is arranged on the first conveying belt and located in front of the beginning end of the follow-up rail, and a second oil spraying mechanism is arranged above the bearing film. The semi-finished dough cake packing device has the advantages that packing efficiency is high, packing is stable and reliable, dough cake packing efficiency can be improved, complete appearance of dough cakes is guaranteed, and dough cakes are not adhered to packing bags after the packing bags are removed.

The invention relates to the field of packaging of a lithium battery soft package, and in particular to a top and side packaging integrated machine and packaging method for the lithium battery soft package. The packaging integrated machine comprises a machine table and a packaging device, wherein the packaging device comprises a lifting mechanism disposed on the machine table, an upper sealing knife which is disposed on the lifting mechanism and lifted with the lifting mechanism, and a lower sealing knife which is disposed on the lifting mechanism and corresponds to the upper sealing knife; the upper sealing knife and the lower sealing knife are in a right-angled plate-like structure; the packaging device further comprises a telescopic mechanism and an extrusion mechanism; the telescopicmechanism is closely disposed at an inner right angle of the upper sealing knife; the extrusion mechanism is disposed on the lifting mechanism through the telescopic mechanism; the lifting mechanism drives the telescopic mechanism and the extrusion mechanism to perform displacement; and the telescopic mechanism drives the extrusion mechanism to perform displacement. Compared with the prior art, the upper sealing knife and the lower sealing knife are in the right-angled plate-like structure, the top and side edge-sealing can be completed by only needing heat sealing at a time; the secondary extrusion is performed by disposing the extrusion mechanism; the bad condition such as expansion of the lithium battery soft package can be avoided and the qualified rate of the product is improved.

The invention discloses an automatic packing line. The automatic packing line comprises a packing box discharging device, a product discharging device, a hot melting packing device, a conveying deviceand an automatic box seal device, wherein the packing box discharging device is used for being controlled by a programmable logic controller (PLC) to convey packing boxes to the conveying device; theproduct discharging device is used for being controlled by the PLC to convey products to the hot melting packing device; the hot melting packing device is used for being controlled by the PLC to output a packing film, the hot melting packing film wraps the products, and the wrapped products are conveyed into the packing boxes on the conveying device; the conveying device is used for being controlled by the PLC to convey the packing boxes or the packing boxes containing the products to the automatic box seal device; and the automatic box seal devcie is used for being controlled by the PLC to seal the packing boxes containing the products. By means of the automatic packing line, full-automatic packing is achieved, the productivity is high, and the manpower is saved.

The invention discloses a lithium battery packaging and insulation testing device and packaging and insulation testing method. The packaging and insulation testing device comprises a die opening and closing device, a code scanning device, a top packaging device, a bottom packaging device, a side packaging device and an edge cutting insulation testing device, the die opening and closing device is used for closing a die opened positioning fixture, the scanning device is used for scanning and identifying a negative electrode of a lithium battery core in the die closed positioning fixture, the toppackaging device is arranged in the rear of the code scanning device, the top of the lithium battery core is packaged at the top bottom packaging position, the bottom packaging device is opposite tothe top packaging device, the bottom of the lithium battery is packaged in the top sealing process, the side packaging device is arranged in the rear of the top packaging device and the bottom packaging device, the side of the top and bottom packaged lithium battery core at the side packaging position, and cutting and insulation testing of the side or corner packaged lithium battery core are implemented at the edge cutting and testing position by the edge cutting insulation testing device. The packaging and insulation testing device has top packaging, bottom packaging, side packaging, corner packaging and insulation testing functions, and packaging efficiency is improved.

The invention relates to a packaging box and a packaging method, in particular to a glass packaging box and a packaging method. The packaging method specifically comprises the steps that 1, plugs for glass packaging buckle boxes are manufactured according to the thickness of glass to be packaged; 2, the glass packaging buckle boxes are manufactured; 3, two steel belts are packaged to outer box bodies of the glass packaging buckle boxes through a steel belt die; 4, groove boxes shorter than the glass to be packaged are manufactured; 5, the glass to be packaged is packaged on a packaging workbench; 6, the suspended packaged glass is directly hoisted to a storage area to be contained into a cabinet. The glass packaging box and the packaging method have the advantages that the upper and lower groove boxes are manufactured, so that the problem that naked packaged glass cannot be directly placed into the lower groove box by a hoisting belt for years is solved, and the packaging time is greatly shortened; the left and right buckle boxes are utilized for load bearing, so that glass hoisting and prepackaging are achieved; the formed outer package is neat, attractive, elegant, solid and convenient to store, convey and use.

The invention discloses a button battery packaging device, and relates to the field of machine tools. The button battery packaging device comprises a device platform, a battery transportation part, alabel transportation part, a label part, a battery pressing-placing part, a packaging box transportation part, a packaging box receiving part and a packaging box transportation part, wherein the battery transportation part, the label transportation part, the label part, the battery pressing-placing part, the packaging box transportation part, the packaging box receiving part and the packaging boxtransportation part are separately installed on the device platform. The label part takes a sticker off the label transportation part and attaches the sticker to a button battery on the battery transportation part. The button battery with the sticker is removed from the battery transportation part by the battery pressing-placing part and placed in a packing box on the packaging box receiving part.When the packing box in the packaging box receiving part is filled with button batteries, the packaging box transportation part takes a new box from the packaging box transportation part and places the new box on the packaging box receiving part. The button battery packaging device can automatically complete two processes of labeling and packing through one device, and work efficiency is greatlyimproved.

The invention discloses a wafer-level packaging method based on a silicon molecular sieve and polytetrafluoroethylene composite film. By using a silicon-on-insulator wafer as a carrier, the method integrates the vacuum packaging of a temperature sensor chip on a wafer, and the dustproof and chemical adhesion-proof open-type packaging of a humidity sensor chip and a pressure sensor chip on the wafer into one set of technology via technologies such as dual-surface photolithography, deep-hole etching, surface spin-coating, eutectic bonding, and so on. Top silicon of the silicon-on-insulator wafer is used as an etching carrier to prepare the molecular sieve used as a packaging window of the humidity sensor and the pressure sensor to block impurity particles with large size in the air. Through a surface modification technique, the polytetrafluoroethylene film covers the surface of the silicon molecular sieve to perform hydrophobic treatment to effectively improve anti-adhesion performance of the surface. A micro electro mechanical gas sensor adopting the packaging technique not only could be applied to a complex chemical impurity environment to achieve accurate industrial process monitoring, but also has remarkable price and volume advantages and is suitable for industrialized mass production simultaneously.

The invention discloses an automatic cigarette case production device. The device comprises a shell feeding machine, a glue silk printing machine, a drying machine, a shell and inner box assembling device, an edge folding machine and a finished product conveying mechanism. The shell feeding machine comprises a conveying belt, wherein the conveying belt is used for shell feeding. The shell feedingmachine is connected with the glue silk printing machine and located at the output end of the conveying belt of the shell feeding machine, shells enter the glue silk printing machine through the conveying belt after feeding, and the surfaces of the shells are coated with glue. The drying machine is used for baking the glued shells. The shell and inner box assembling device is arranged at the output end of the drying machine, so that the bottoms of inner boxes correspond to the corresponding positions of the shells. The side edges of the shells are attached to the side edges of the inner boxesthrough the edge folding machine. The finished product conveying mechanism is installed at the output end of the edge folding machine and outputs cigarette cases with the assembled inner boxes and theshells.

The invention discloses operating equipment of a loudspeaker automatic production line. The operating equipment comprises a base box output mechanism, a separation transverse plate output mechanism, aseparation longitudinal plate output mechanism, an extrusion locating mechanism and a loudspeaker finished product placement mechanism which are sequentially mounted and connected in the linear direction. According to the operating equipment, through the base box output mechanism, the separation transverse plate output mechanism, the separation longitudinal plate output mechanism, the extrusion locating mechanism and the loudspeaker finished product placement mechanism which are sequentially mounted and connected, rapid assembling to finished placement boxes is formed, loudspeaker finished products are automatically placed and mounted, the packing efficiency is effectively improved, self-adaptive adjustment can be carried out according to the sizes of the loudspeaker finished products, and use requirements can be met; and meanwhile, through cooperative mounting of loudspeaker finished product packing boxes, lateral coaming parts, a lower sealing shell and an upper sealing shell, a good anti-pressing protection function can be achieved in the packing and transfer process of the loudspeaker finished products, and good practical and promotional value is achieved.

The invention relates to door sheet packing equipment and a packing method thereof, and belongs to the technical field of furniture package. The equipment comprises a rack and a workbench arranged atone side of the rack, wherein the rack is fixedly provided with a fixing platform, the fixing platform is provided with working blocks, the working blocks are provided with cutting grooves, each working blocks is fixedly provided with a fixing frame, each fixing frame is provided with a cutting device, and each fixing frame is provided with a driving mechanism; the rack is also provided with a belt conveyor used for conveying a paperboard onto the working blocks, and the rack is provided with severing devices located between the belt conveyor and the working blocks and used for severing the paperboard. The cutting devices and the driving mechanisms are started, the cutting devices are driven to cut the paperboard in the direction of the cutting grooves, finally eight parallel cracks are formed in the paperboard, and the two sides in the paperboard movement direction are provided with four cracks respectively, thereby avoiding the situation that a worker manually cuts and tears the paperboard, simplifying the manual operation procedures of the worker and improving the packing efficiency.

The invention relates to an electronic packing method of vertical chips, comprising a soleplate, wherein a soleplate lead welding block and a soleplate outer welding pin are arranged on the soleplate; the soleplate outer welding pin and the soleplate lead welding block are respectively located on corresponding two side surfaces of the soleplate; the soleplate is provided with one or more chips corresponding to the surface provided with the soleplate lead welding block; at least one chip is vertically installed on the soleplate; the vertical chips are formed on the soleplate; rest chips on thesoleplate are formed to horizontal chips on the soleplate; and the vertical chips are electrically connected with the soleplate lead welding block and the horizontal chips on the soleplate by metal bonding wires. According to the electric packing method disclosed by the invention, the mode of welding and bending through welding materials or connecting through adapter plates in the traditional packing structure is avoided; the packing efficiency is improved; the packing finished product ratio is increased; the packing cost is decreased; and the electric packing method disclosed by the invention also has the advantages of convenience for technological operation, good adaptability, safety and reliability.

The invention discloses a labeling assembly line applied to a full-automatic film sealing and cutting packaging machine. The labeling assembly comprises a film feeding device, a film sleeving device and a sealing and cutting mechanism, wherein the film sleeving device is arranged at the position of a first conveying belt, the sealing and cutting mechanism is arranged at the position of a second conveying belt, the sealing and cutting mechanism forms an L shape at the position of the second conveying belt to seal and cut a film, and a printing mechanism is arranged above the second conveying belt; and an input detection mechanism is arranged at the inlet end of the first conveying belt, an output detection mechanism is arranged at the outlet end of the second conveying belt, and meanwhile acontrol module is arranged. Synchronous labeling is conducted through the printing mechanism when the sealing and cutting mechanism works, information confirmation is conducted on conveyed products through the input detection mechanism to enable the printing mechanism to print labels corresponding to the information, label information on the products is confirmed through the output detection mechanism, and the products are removed when the information is not matched. According to the labeling assembly line, the printing mechanism and the sealing and cutting structure work synchronously, product information is detected, and wrong products are removed, so that the packaging efficiency is improved.