49results about How to "Avoid overpacking" patented technology

The invention belongs to the technical field of batteries, and in particular relates to battery encasing equipment. The battery encasing equipment comprises a computer, and an electronic scale, a scanning gun and a printer which are respectively electrically connected with the computer, wherein the computer, the electronic scale, the scanning gun and the printer are respectively connected with a power supply. Compared with the prior art, the battery encasing equipment disclosed by the invention integrates the computer, the scanning gun, the electronic scale and the printer into a whole; the scanning gun scans outer codes, the electronic scale weighs the batteries; when the scanning gun finishes scanning, the printer automatically starts to print battery bar codes, case number and product weight; and in this way, production manpower is saved, waste is reduced, cost is lowered, and the problems that the case number is not consistent with the number on the encased batteries and the number of the encased batteries is excessive or insufficient are prevented. Simultaneously, the invention also discloses a battery encasing method using the equipment.

The invention discloses a feeding device of an egg tart processor. The device comprises a first frame body, and a first conveying belt for conveying egg tarts and an automatic arranging mechanism forplacing the egg tarts are arranged on the first frame body; the automatic arranging mechanism is arranged above the first conveying belt; the automatic arranging mechanism comprises a first cover plate and a plurality of distributing pieces, the first cover plate and the distributing pieces are arranged in sequence in the egg tart conveying direction, and the distributing pieces are arranged sideby side in the egg tart conveying direction; a single-layer egg tarts passing channel is formed between the first cover plate and the first conveying belt; a channel for a row of egg tarts to pass isformed between every two adjacent distributing pieces; the ends, close to the first cover plate, of the distributing pieces are located between the first cover plate and the first conveying belt. According to the feeding device of the egg tart processor, the egg tarts are orderly distributed, the egg tarts are prevented from touching one another or being stacked, and the quality of the egg tarts is ensured.

The invention provides a product dynamic display method. An electronic flash color lamp is arranged on an exhibit, thereby producing a flashing and shining simulation exhibit; the exhibit and the product are exhibited on the storage racks of a supermarket together, the frequently flashing dynamic effect can attract customers to pay attention to and purchase the product; as the product does not adopt a shining package, the product dynamic display method can avoid the waste caused by adopting shining packages to all the products in the prior art, thereby avoiding excessive package reducing the packing cost of the product, saving packing resources, and promoting the environmental protection.

The invention discloses an automatic loader for a swing-type pipettor. The automatic loader comprises a vibrating disc, a linear vibrator, a swing mechanism, a movable base and a loading disc, the vibrating disc is connected with the linear vibrator, one end of the linear vibrator is connected with the swing mechanism, the movable base is arranged below the swing mechanism, the loading disc is arranged on the movable base, and the swing mechanism and the movable base are controlled by a controller. By the above mode, the automatic loader has the advantages of high reliability, accuracy in positioning, compact and simple structure, high transposition speed, accuracy in placing, freeness of missing placement and mistaken placement, convenience in operation and the like, and has wide market prospect in packaging market.

The invention relates to a scoop pointing machine, which comprises a frame, on which a cup cover conveyor belt and a spoon conveyor belt are respectively arranged, a glue spraying device, a manipulator, and a visual recognition waste discharge device are arranged on the frame along the conveying direction, and the frame is equipped with There is a spoon-dividing device; the advantage of the present invention is that the cup lid on the cup lid conveyor belt is sprayed with glue by the glue spraying device, and then the spoon conveyed on the spoon conveyor belt is put into the cup lid through the robot arm. Glue, so that the spoon can be automatically glued to the cup cover, and then the cup cover can be detected by the visual recognition waste discharge device, so as to effectively avoid the missing or overfilling of the spoon. Secondly, the visual recognition waste discharge device includes The detection mechanism and the push-out mechanism use the detection mechanism to detect the number of spoons in the cup lid. When the information detected by the detection mechanism does not match the set value, the waste product can be pushed out of the cup lid conveyor belt in time through the push-out mechanism, thus ensuring that the rack is released. The quality of the lid of the material.

The invention discloses a clinker and aggregate divergence expected quantity control method and system. The method comprises the steps that a PLC judges whether the preloaded material type of a vehicle and the material type of a preloaded lane are the same or not, and if the material types are the same, a quantitative feeding machine starts to load materials onto the vehicle; a weighing sensor, aspeed measuring encoder and a speed regulating motor are arranged on the quantitative feeding machine, and the weighing sensor is used for weighing the material weight of the weighing section of the quantitative feeding machine; the speed measuring encoder measures a speed pulse signal of a tail wheel of the quantitative feeding machine; the PLC determines the accumulated loading quantity according to the material weight and the speed pulse signal of the weighing section; the accumulated loading quantity is compared with the preloading buffer quantity, when the accumulated loading quantity reaches the preloading buffer quantity, the PLC controls the speed regulating motor to reduce the rotating frequency of a driving wheel of the quantitative feeding machine; and when the accumulated loading quantity reaches the preloading quantity, the quantitative feeding machine stops loading. According to the clinker and aggregate divergence expected quantity control method and system, the situations of wrong loading, inefficient loading and excessive loading are avoided, and the loading metering accuracy and the loading efficiency are improved.

The invention discloses an assembly device for a valve spring base, which comprises a collection plate and an assembly tool; the same m rows of blind holes are opened on the collection plate, and the number n of each row of blind holes is the same as the number n of the intake side valves on the cylinder head. The number k of conduits is equal and the arrangement positions are corresponding. The assembly tooling includes a pressing assembly, an elastic connector and an adsorption assembly. The pressing assembly includes a pressing plate and a row of pressing rods. The adsorption assembly includes a support plate, n magnets and a row of sleeves , the support plate is provided with an assembly through hole communicating with the sleeve, n magnets are fixedly connected to the lower ends of the n sleeves, one end of the elastic connector is connected to the pressure plate, and the other end is connected to the support plate, and n pressure rods pass through the The n assembly through holes extend into the n sleeves, and the n magnets can respectively absorb n valve spring bases placed in the n blind holes in each row. By adopting the invention, the assembly of the valve spring base on the intake side or the exhaust side can be completed at one time, avoiding over-assembly or missing assembly, and effectively improving assembly efficiency at the same time.