95results about How to "Packing speed is fast" patented technology

The invention discloses a soft tissue packing machine, and relates to the technical field of tissue packing machinery. The soft tissue packing machine comprises a path division conveying component, a material sorting conveying component, a membrane supporting and conveying component, a bag opening and strutting component, a negative pressure conveying component, a bag pushing component and a cutter seal component. The soft tissue packing machine disclosed by the invention has the advantages that the bag opening and strutting component, a membrane conveying mechanism and a membrane conveying mechanism are improved, according to the soft tissue packing machine, the bag opening size of packing bags can be regulated, the soft tissue packing machine is suitable for the package of products in any specifications, the soft tissue packing machine adopts integral operation, the efficiency is improved, the cost is reduced, and the packing quality can also be unified.

The invention discloses a candy bar folding packing machine which comprises a machine body, a paper-feeding roller and a paper-clamping clip. The paper-feeding roller and the paper-clamping clip are arranged on the machine body and correspond to each other; the machine body is also provided with a pair of folding box side plates arranged in parallel, the top surfaces of the two folding box side plates are fixedly connected with a folding box top plate, and two packing paper edge folding guide strips are fixedly mounted on the inner side surface of either folding box side plate; a left folding edge rod and a right folding edge rod with left-and-right reciprocating sliding capabilities are arranged on the top of the folding box top plate in opposite directions; the top of the folding box top plate is also provided with a fixedly mounted discharge baffle and a front folding edge rod with the fore-and-aft reciprocating sliding capability, and a rear folding edge rod with the fore-and-aft reciprocating sliding capability is stacked on the front folding edge rod; and feeding claws with the up-and-down reciprocating sliding capability are respectively arranged at the lower parts of the folding box side plates. The packing machine not only realizes the regular hexahedral package of candies, but also has reasonable structure and high production efficiency.

The invention provides section bar automatic packaging equipment. The section bar automatic packaging equipment comprises a packaging paper feeding mechanism, a section feeding mechanism, a vertical folding mechanism, horizontal folding mechanisms, a packaging mechanism, a clamping and feeding mechanism, a pushing mechanism and a control mechanism, wherein the packaging paper feeding mechanism is used for lifting, pulling out and shearing and paving packaging paper on a platform; the section feeding mechanism is used for transferring and locating a section bar in the middle part of the platform where the packaging paper is paved; the vertical folding mechanism is used for adjusting the side edge separation distance of the packaging paper and bending the side edge of the packaging paper paved on the platform; the horizontal folding mechanisms are used for adjusting the side edge separation distance of the packaging paper and bending the side edge of the packaging paper paved on the platform and then horizontally folding the upper part of the side edge of the packaging paper, so that the packaging paper wrap the end surface of the section bar; the packaging mechanism is used for winding and sealing the packaging paper which wraps the section bar; the clamping and feeding mechanism is used for a reciprocating motion to transfer the section bar wrapped by the packaging paper to the packaging mechanism; and the pushing mechanism is used for compacting the opening of the packaging paper which wraps the end surface of the section bar. The section bar automatic packaging equipment provided by the invention can solve the problems that the efficiency is low and the labor intensity is great due to a manual operation, so that the packaging efficiency and quality of the section bar are improved.

The invention discloses a particle material packaging machine which comprises a vertical machine frame, a rolled material conveying device, a material supply device, a bag-making forming device and an opening sealing device. The opening sealing device comprises a longitudinal traction device and a transverse-sealing cutting-off device. The longitudinal traction device is arranged above the transverse-sealing cutting-off device. The particle material packaging machine is of a vertical structure, all parts are ingenuously arranged, specific part improvement is performed, and the structure is greatly simplified, required occupied area is decreased. In addition, the reliability, packaging speed and finished product rate of the machine can be further effectively improved, operation is also simple and convenient, particle materials can be effectively, quickly and accurately packaged into pillow-shaped longitudinally-sealed lap joint bag products. A traction device is not needed to be independently arranged, the sealing demand is met through the original transverse-sealing cutting-off device, and meanwhile the demand that packaging films are sheared and cut off from the sealing positions and accordingly a shearing device is omitted is further met.

A combination weighing device and an operating method thereof are disclosed. The device comprises N material treating units, a mainboard, chutes (10, 11, 16, 17) and discharging hoppers (12, 13, 14), wherein the material treating units are used for receiving materials, outputting the weight value of materials and discharging materials according to the discharging control signal from the mainboard; the mainboard is used for selecting materials by combinatorial calculation based on the present-period weight value during every period and outputting the discharging control signal to weighing hoppers (7); the chutes (10, 11, 16, 17) are used for collecting the materials through a discharging route, discharging the materials to the discharging hoppers (12, 13, 14), after a discharging route is determined; the discharging hoppers (12, 13, 14) are used to separately collect materials discharged from the chutes (10, 11, 16, 17) during the same weighing period and send the materials to a packing machine; each material treating unit comprises a linear vibrator (5), a feed hopper (6), a weighing hoper (7), a weighing sensor used to weigh the materials in the weighing hoper (7), a processor and a A/D converter which is connected with the weighing sensor and the processor, N material treating units are connected with the mainboard signal together by two data receiving and delivering communication converters of the mainboard.

To orient groups of products to be packaged in a plastic film the groups (G) are wrapped in lengths of film and fed between two series of opposite conveyor belts (211, 212). Each series of belts comprises several parallel belts controlled at proportionally variable speeds to cause the group (G) to rotate through approximately 90° about an axis orthogonal to the direction of feed.

The invention discloses a bag feeding type dental floss packaging machine. The bag feeding type dental floss packaging machine comprises a feeding module, an arrangement module, a conveying module, a receiving module and a pushing module. The feeding module is used for inputting to-be-packaged dental floss and transferring the to-be-packaged dental floss to the arrangement module. The arrangement module is used for arranging the input dental floss and forming a dental floss pile. The conveying module is used for receiving one dental floss pile from the arrangement module and conveying the dental floss pile to the subsequent receiving module, and the conveying module is provided with a conveying rod used for hanging the dental floss pile. The receiving module is used for receiving the dental floss pile from the conveying module and transferring the dental floss pile to the pushing module. The pushing module is used for receiving the dental floss pile from the receiving module and pushing the dental floss pile into a packaging container. The dental floss packaging machine is unique in structure, automation can be achieved, packaging and labor cost is reduced, efficiency is improved, and dental floss is clean and sanitary.

The embodiment of the invention discloses a program packaging method and system and a terminal device. The program packaging method comprises the steps of classifying all pages of a to-be-packaged program according to business items; acquiring code data of the classified pages and carrying out packaging through a plurality of packaging modules, wherein the packaging modules and the business itemsare in one-to-one correspondence; packaging the packaging modules to obtain program files; and combining and compressing the program files into a total program file of the to-be-packaged program. According to the program packaging method and system and the terminal device, the joint packaging operation can be automatically carried out on a plurality of business items, the plurality of business items can be packaged in parallel, and the packaging efficiency and speed can be improved.

The invention discloses a convenient type thin film winding mechanism. The convenient type thin film winding mechanism comprises a rack (1) and an unwinding device (2), wherein the unwinding device (2) is arranged on the rack through a hoisting and conveying device (3); the hoisting and conveying device is connected with a reversing transmission device (4); the rack is provided with a hoisting guide rail (6) and is connected with a hoisting seat (7) of the unwinding device. Reversing power output of forward rotation or reversed rotation is realized through the reversing transmission device; the unwinding device is used for hoisting or descending the unwinding device and a thin film on the unwinding device is repeatedly wound on large-size equipment for a plurality of times through all-directional changes of up and down directions, left and right directions, front and back directions and the like along the pushing of the whole rack, so that effective bundling and packaging are realized. The convenient type thin film winding mechanism is simple in structure, convenient to operate and easy to package, and has the advantages of rapid winding speed, stability in working, firmness in bundling and low packaging cost; the speed and working efficiency of external packaging of objects are improved.

The invention discloses a quantitative liquid plastic bag packaging integrated machine, relates to a quantitative liquid plastic bag packaging technology, and particularly relates to a quantitative liquid plastic bag packaging integrated machine. The provided machine is a high-speed integrated machine device for plastic bag packaging and automatic sealing, which is high in metering accuracy. The integrated machine comprises a support frame, a filling metering mechanism, a plastic film conveying mechanism, a plastic bag vertical sealing mechanism, a plastic film driving mechanism, a plastic bag transverse sealing mechanism and a bag material leading-out mechanism, wherein the filling metering mechanism, the plastic film conveying mechanism, the plastic bag vertical sealing mechanism, the plastic film driving mechanism, the plastic bag transverse sealing mechanism and the bag material leading-out mechanism are arranged on a front end face of a rack sequentially from top to bottom. Metering and conveying are controlled by adopting a cylinder, and the time for waiting is not needed, so that the metering and packaging speeds are increased; and by adopting automatic control, the integral automation of plastic film bag making and metering filling is realized, the manpower is saved, the cost is reduced, and the integrated machine has the characteristics of compact structure, small floor area and high efficiency.

The invention relates to a dual measuring hopper type automatic valve port packaging machine. The dual measuring hopper type automatic valve port packaging machine comprises a controller, a feeder, a measuring hopper, a discharging conical hopper and a discharge device, wherein the feeder, the measuring hopper, the discharging conical hopper and the discharge device are sequentially arranged from top to bottom. A vibration device is arranged below the discharge device. A weight sensor is connected to the measuring hopper. The discharge device is connected with a discharging weight sensor. Metering of fed materials and discharged materials is achieved through the weight sensor at the measuring hopper and the discharging weight sensor at the discharge device; meanwhile, when materials are metered in the measuring hopper, the set weight is slightly larger than the required final packaging weight, when the materials enter a packaging bag through a discharge opening to be fed and metered, the set weight is consistent with the required final packaging weight, and by means of the setting, the overall packaging stability and the packaging speed can be increased; and by means of the vibration device, air between the materials is reduced, material accumulation is avoided, the compactness of the materials is increased, and the filling rate is increased.

The invention provides a fast paper box fetching mechanism for a ceramic tile packaging line. The fast paper box fetching mechanism comprises a paper box bin assembly (1), a paper box suction assembly (2) and a paper clamping and pulling assembly (3), wherein the paper box bin assembly (1) is installed at the upper part of a rack and arranged just above a transportation line; the paper box suction assembly (2) is arranged at the middle part between the paper box bin assembly (1) and the transportation line and is connected with the rack; the paper clamping and pulling assembly (3) is arranged just above the transportation line and behind the paper box bin assembly (1), is inclined downwards in an inclining manner and is connected with the rack. The invention provides a mechanism with capabilities of online storing a cardboard box, automatically sucking the cardboard box, and rapidly and accurately clamping and transferring the cardboard box to a packaging waiting position for the ceramic tile packaging line, thus the packaging speed of the ceramic tile packaging production line is increased, and the packaging effect is improved.

The invention discloses a boxing method based on a genetic algorithm. The boxing method is implemented according to the following steps: (1) taking a large box and a to-be-boxed box; (2) reading information of a large box and a to-be-boxed box; (3) constructing a population according to the information of the boxes to be boxed, and setting the number of iterations; (4) performing encasement by utilizing the encasement method represented by each random chromosome in the step (3) to obtain an evaluation function value of each random chromosome; (5) constructing a next population by taking five newly generated 5, 10 crossovers and 5 variant random chromosomes with optimal evaluation function values until the number of iterations is completed; and (6) selecting the random chromosome with the maximum evaluation function value in the last population to carry out encasement, and outputting encasement data information. According to the encasement method based on the genetic algorithm, after space division is carried out on the free space in the large box, side length space elimination and volume space elimination are carried out, so that the calculation efficiency of the algorithm is higher, and the encasement speed is higher.

The invention provides a robot for packaging production and relates to the technical field of machines. The robot for packaging production comprises a main box body and an auxiliary box body; slidinggrooves are formed in the two sides of the inner wall of the main box body; a sliding block is arranged in the sliding grooves; the bottom end of the sliding block is fixedly provided with a connection block and a spring; the connection block is movably connected with a roller shaft and fixedly provided with a U-shaped connection rod; a pressing plate is fixedly installed on the roller shaft; a screw rod is fixedly installed at the top end of the U-shaped connection rod; a rotary screw sleeve is arranged at the top end of the main box body, and a second bearing is fixedly installed at the bottom end of the main box body; the top end of a rotary shaft is fixedly provided with a rotary table; a motor support is fixedly installed on the inner wall of the auxiliary box body; and a rotary tablemotor is fixedly installed on the motor support. The robot for packaging production has high controllability and a high degree of automation, the number of packaging varieties is high, the robot canbe operated automatically, and the packaging speed and working benefits are improved.

The invention discloses a fruit packing machine. The fruit packing machine mainly consists of a push-pressing mechanism, a carrier table, an opening sealing mechanism and a driving mechanism, wherein plastic packaging paper is delivered to the carrier table, and then fruits and the plastic packaging paper are pressed into the self-adaptive carrier table by utilizing the push-pressing mechanism. When fruit package is completed, then the push-pressing mechanism rises, meanwhile opening sealing work is executed by utilizing the opening sealing mechanism to complete package, and the power of the whole machine is transmitted through a one-end-input and multi-end-output parallel connection shunting drive mechanism. The fruit packing machine is simple in whole structure and high in automation degree, the fruit packaging efficiency and packaging quality are greatly improved, and the labor costs are reduced.

A method and a device for crimping a multifilament thread are described. The thread is blown by means of a transport nozzle through a compressed air stream guided in a thread channel into a gas-permeable compression chamber. Inside the compression chamber, the thread is compressed to form a thread plug, which is then continuously removed through an outlet of the compression chamber. The compression and the removal of the thread plug are monitored by measuring the pressure of the compressed air stream. According to the invention, a plurality of pressures of the compressed air stream in the compression chamber are measured at a plurality of measurement points distributed over the length of the compression chamber for monitoring the thread plug formation in order to perform the compressing and cooling of the thread plug with a uniform filling of the compression chamber.

The invention discloses a full-automatic ampoule bottle production system and method. The full-automatic ampoule bottle production system comprises a controller and ampoule bottle body production and detection equipment which is controlled by the controller to work, and further comprises an automatic pipe feeding machine and boxing equipment which are controlled by the controller to work; and a material pipe output port of the automatic pipe feeding machine corresponds to a material pipe input port of the ampoule bottle body production and detection equipment, and the discharging position of the ampoule bottle body production and detection equipment corresponds to the feeding position of the boxing equipment. The full-automatic ampoule bottle production method comprises the following steps of S1, feeding pipes, S2, making a bottle, and S3, boxing. A full-automatic ampoule bottle production line is formed. The Full-automatic ampoule bottle production system and method are suitable for producing ampoule bottles.

According to the present invention, in the field of packaging the chip component, increase in speed and stability in packaging the chip component is achieved without significantly increasing the cost of the device. The size of the suction face of the suction nozzle is set so as to be larger than the relevant chip component. Near the inserting position P of the chip component, a push cover is provided in close proximity to the upper surface of the carrier tape. A hole is provided in the push cover at the inserting position P, and the size of the hole is slightly larger than the size of the tip face of the suction nozzle. After the chip component held to the suction nozzle enters the component-accommodating recess of the carrier tape, the suction of the suction nozzle is released and the carrier tape starts to move in the direction shown with an arrow, orthogonal to the suction nozzle. The suction nozzle is raised after the opening of the component-accommodating recess is completely under the push cover.