32results about How to "Realize feeding automation" patented technology

The invention provides a method for producing magnetosome by cultivating magnetic bacteria, which takes air as an oxygen supplying way and maintains the continuous growth of the magnetic bacteria with a material feeding way, and when dissolved oxygen reaches or gets lower than the dissolved oxygen suitable for magnetosome production, the dissolved oxygen is controlled at a proper dissolved oxygenrange that is suitable for magnetosome production through agitating rotation speed, air flow speed and the dissolved oxygen in cascade. The magnetic bacteria cultivating method does not need air distribution and pure inert gases, but uses air aeration for oxygen supply, thus lowering initial dissolved oxygen from the saturation state of 100 percent to 0 percent, and the coordinated adjustment of agitating rotation speed and air flow speed can control the dissolved oxygen to be any value between the saturation states of 0 percent and 20 percent, thus lowering the production cost of magnetosomeand providing technical guarantee for researching the physiological and biochemical characteristics of the magnetic bacteria under different dissolved oxygen levels.

The invention relates to a pin feeding system for a surface mounting technology (SMT) chip mounter. A material conveying module in the feeding system comprises a storage disc, a first motor and a blowing air port, wherein the first motor is used for driving the storage disc to rotate and electrically connected with a main control unit. The storage disc is provided with storage through holes, the blowing air port corresponds to one storage through hole so as to push pins positioned in the storage through hole to a module which is to take materials through air. According to the feeding system, first the scattered pins are tidied through a vibration disc, the pins are blown through the material conveying module to the module which is to take the materials, finally the SMT chip mounter takes away the pins, full automatic feeding of the scattered pins is achieved through seamless connection of a whole scheme, feeding efficiency and the production rate are effectively improved, full feeding automation of the pins is achieved, the problem that the pins cannot be automatically mounted in large volumes through the SMT chip mounter is solved, and a novel and reliable solution is provided for automatic pin production of an electronic processing industry.

The invention relates to a contact tube perforating machine feeding system which comprises a machine frame, a machining spindle, a vibration disc and an induction head, a loading unit, a first ejection assembly, a transfer unit, a second ejection assembly and a material collection assembly. A machining hole used for clamping workpieces is formed in the machining spindle, a feeding port of the vibration disc is arranged opposite to the induction head of the feeding port, the charging unit is arranged between the feeding port and the induction head, and the transfer unit is arranged on one side of the charging unit. The workpieces are charged into the charging unit through the vibration disc and transferred into the transfer unit through the first ejection assembly, then moved into the machining spindle through the transfer unit to be machined and finally placed into the material collection assembly through the second ejection assembly and the transfer unit. The contact tube perforating machine feeding system is high in automation degree, capable of machining workpieces simultaneously, greatly improves production efficiency and reduces production cost.

The invention relates to an automatic tape coil feed system for laser marking, cutting and welding, which comprises a laser head, a worktable and an electric box, wherein the worktable is arranged under the laser head, the laser head is controlled by the electric box, and the automatic tape coil feed system also comprises an automatic feeder, a self-adjustment type coil-fixing device and an automatic feed control system; a coil is fixed by the self-adjustment type coil-fixing device, the automatic feeder sends a fixed length of coil onto the worktable by means of a step motor and a pair of feed rollers, and the automatic feed control system is utilized to control the feed quantity of the coil in order to ensure that the coil can cover the working face of the laser head. The automatic tape coil feed system has the following advantages: (1) the automatic tape coil feed system can automatically feed the tape coil for laser marking, cutting and welding; (2) as the automatic tape coil feed system is applied to laser marking, laser cutting and laser welding, the effects of increasing the automation level of equipment, improving labor conditions, increasing the efficiency of production, saving resources and reducing product cost are achieved.

The invention discloses a double-bag overturning device which comprises a support. The double-bag overturning device further comprises a material overturning hopper composed of two frames, the inner sides of the two frames are connected together, the two sides of the material overturning hopper are supported on the support through rotating shafts and bearings, and the rotating shaft on one side extends out to be connected with a gear motor through a coupler; each frame is formed by connecting an octagonal upper opening edge, an octagonal lower opening edge and a sliding way between the octagonal upper opening edge and the octagonal lower opening edge, and self-locking doors are arranged on the outer sides of an upper opening and a lower opening respectively; a sliding chassis capable of vertically sliding through the sliding way is arranged in each frame. The double-bag overturning device has the advantages that material hitting automation is achieved; the labor strength of a worker is reduced, and the operation environment of the worker is improved; the using efficiency of a crown block is improved; two bags can be overturned at the same time, continuous bag overturning is achieved, and the labor efficiency of an operator is improved in a multiplied mode; the good conditions of the bags can be kept after bag overturning, and the bags can be recycled and repeatedly used; the sliding chassis is used, and discharging space is saved; meanwhile, manufacturing materials are greatly saved, and the manufacturing cost is reduced.

The invention discloses a pulverizer used for cosmetic production. The pulverizer comprises a base. A buffering and damping device is arranged on the lower surface of the base. A grinding box is arranged on the upper surface of the base and internally provided with a primary grinding mechanism, a deep grinding mechanism and a conveying mechanism. The deep grinding mechanism is jointly composed of a feeding tube connected with the primary grinding mechanism, a conveying auger arranged in the feeding tube, a deep grinding box connected with the other end of the feeding tube, a trapezoidal groove formed in the upper surface of the deep grinding box, a rotary motor arranged on the upper surface of the deep grinding box, an oscillating rod arranged at the rotating end of the rotary motor in a sleeving mode, a grinding ball arranged at the other end of the oscillating rod, and a plurality of fine leaking holes formed in the lower surface of the deep grinding box. A cosmetic production management system is arranged in a cosmetic production management office and is electrically connected with the primary grinding mechanism, the deep grinding mechanism and the conveying mechanism. The pulverizer used for cosmetic production has the beneficial effects that grinding is complete, and the automation degree is high.

The invention discloses a working method of a shaft sleeve shaping machine, which is composed of a feeding mechanism, a shaping mechanism, a connecting mechanism and a motor. Opening, the surface is provided with a through hole, and its left and right sides are respectively provided with a left sliding plate and a right sliding plate, and the left sliding plate and the right sliding plate are connected by the first column passing through the through hole on the surface of the base; the motor is the right sliding plate Provide traction; the middle part of the right sliding plate is equipped with a shaping thimble, and the middle part of the left sliding plate is equipped with a stripping thimble; the connecting mechanism includes a lower positioning plate, a front positioning plate, and a limit pin. The side of the front positioning plate is L-shaped, and the upright part is fixedly connected On the base, the raised part is connected to the top of the through hole of the pressure plate; the lower positioning plate is driven by the cylinder and connected to the base through the second column, and a bracket is provided on the slope; the middle part of the bracket is inclined, and the bottom and top extend horizontally to one side.

The embodiment of the invention relates to the technical field of smart home, and discloses a charging device of a cooking device and the cooking device. The charging device comprises a distributing device, a weighing device and / or a feeding device, wherein the distributing device is used for feeding cooking raw materials in a material storage box to the weighing device, the weighing device is used for feeding the cooking raw materials to the feeding device, the feeding device is used for feeding the cooking raw materials to a pot, and when weighing is needed, the weighing device is separatedfrom the feeding device. Or, the charging device comprises the distributing device and the feeding device, the distributing device adopts a worm or a round plate with a loading groove, the cooking rawmaterials in the material storage box are fed to the feeding device, the feeding device feeds the cooking raw materials to the pot, and when weighing is needed, the distributing device is isolated from the feeding device. With the adoption of the technical scheme, the automation and accuracy of charging of the cooking device are realized, a matched device wide in application is provided for various smart home products, and a foundation is laid for smart kitchen appliances or smart home.