10results about How to "Improve receiving efficiency" patented technology

The utility model relates to punch press technical field, concretely is punch press automatic material receiving mechanism, including support frame, automatic material receiving subassembly, automatic material receiving subassembly includes suspension cross bar. That punch press automatic material receiving mechanism, through installing automatic material receiving subassembly, power connecting rod generates motion, and drives die connecting rod motion, connecting rod main dish rotation process, first extension rod and second extension rod swing along with, through material receiving connecting rod and driven connecting rod motion transmission gives material receiving frame, material receiving frame is driven under driven connecting rod, realizes that material receiving tray extends to between the upper and lower dies, just receives the rotor or stator sheet of the upper die material removal, when the upper die of punch die presses down, material receiving frame just appears to move down, and the sheet falls on the bearing inclined plate through the blanking opening due to gravity or slight external force, the whole structure does not need to increase additional power, just relies on the opening and closing of die to drive material receiving tray to go back and forth material receiving, and further improves material receiving efficiency, saves manual operation and also guarantees safety.

The utility model provides a kind of automatic batching device of pet food, it is related to pet food processing technical field, including bottom plate, batching bin, storage tank one and storage tank two, the lower end surface of storage tank one and storage tank two is fixedly connected with material conveying pipe, the lower end surface of batching bin is fixedly installed with discharge pipe.The utility model is driven by starting motor one to make two-way screw rod rotate, so that connecting block drives baffle to move towards or opposite, to be able to adjust the distance between two baffle, to be able to accurately adjust the discharge amount of raw material, simultaneously, the stirring mechanism in batching bin, can be fully stirred and mixed to two kinds of raw materials, ensure that pet food batching is uniform, and the gear two rotation driven by motor two in installation box, gear two and the gear one on the lower surface rotating rod of carousel are engaged transmission, make carousel drive placement box and receiving box rotate, four groups of receiving box can sequentially receive mixed raw materials from batching bin discharge pipe and discharge, improve the efficiency of receiving.

The application discloses a meteorological disaster early warning and calling method and system. The calling method generates early warning information by acquiring and processing meteorological monitoring data, matches the corresponding calling objects of the risk area and generates a calling object list, determines and dynamically adjusts the total time limit of calling according to the disaster grade, and generates a calling instruction. The calling instruction is executed to send the calling information and record the sending state, receive and analyze the feedback information to obtain the feedback result containing the positive feedback state set and other states. Based on the sending state and the feedback result, the retry object is screened, the retry calling instruction is generated and executed in a cycle until the preset closed-loop condition is met, and the calling closed-loop record is generated. The application also discloses a corresponding system for implementing the above method, which can effectively improve the accuracy and response efficiency of meteorological disaster early warning and calling, realize the whole-process traceable closed-loop management and control, adapt to the dynamic change characteristics of extreme meteorological disasters, and maximize the reduction of disaster risk.

This application relates to a material receiving device for an underwater pelletizer, belonging to the field of plastic processing technology. It includes a receiving box, with support frames fixedly connected to the top and front and rear sides of the receiving box. A fixing ring is fixedly connected to an adjacent side of the two support frames. A dewatering cylinder is fixedly connected inside the fixing ring. An anti-backflow mechanism is fixedly connected to the bottom of the dewatering cylinder, and a reciprocating pushing mechanism is fixedly connected to the top of the dewatering cylinder. The anti-backflow mechanism includes a pump body, which is externally fixedly connected to the bottom of the dewatering cylinder. This application features a design where the pump body draws material into the discharge pipe upon startup, the sealing plate compresses the limiting plate and the return spring, and after the material contacts the cross-shaped placement plate, the discharge baffle rotates around the connecting shaft to achieve quantitative discharge. After the pump body stops rotating, the return spring rebounds, causing the sealing plate to fit against the sealing ring, preventing material backflow. This design combines quantitative discharge and anti-backflow functions.

The utility model relates to PCBA pastes and installs material technology field especially is PCBA pastes and installs mistake proof material automatic material receiving device, including placing rack and material receiving subassembly, is set up two material discharge groove on the placing rack, the material discharge groove inside places a plurality of material tray, the fixedly connected with the welding seat on the placing rack, is equipped with the welding assembly on the welding seat, and the welding assembly includes the support, the fixedly connected with the inclined block on the support, installs a plurality of first laser range finder on the inclined block, is installed on the support the rodless cylinder, the sliding block has on the rodless cylinder, one end of sliding block is equipped with hot melting block, and the material receiving subassembly includes second T block, and the sliding connection has the moving block on second T block, and the fixedly connected with the limit block on the moving block upper end. Directly detect the material band tail end through the first laser range finder, reduced the signal delay of indirect monitoring mode, improved the accuracy of material band state detection, realized real -time trigger material receiving, ensured that the material band butt joint precision, improved the material receiving efficiency, improved the reliability of PCBA pastes.

This utility model claims protection for a mixing tank with a sloping overflow drainage structure and a connecting structure, including a tank body, a conduit connecting the inside and outside of the tank body, a material lifting air pipe, a connecting assembly installed at one end of the conduit, and an overflow component connected to the conduit via the connecting assembly; the overflow component is L-shaped, and its liquid inlet end is sloping, with baffles on both sides of the sloping end; the connecting assembly includes a connector and fasteners; the overflow component is connected to the conduit via the connector; the fasteners are sleeved on the outside of the connector, and the pre-tightening force of the connector on the overflow component and the conduit is adjusted by the fasteners; the beneficial effects of this technical solution are that by setting the sloping end of the overflow component, its multi-directional liquid receiving inlet is increased, which not only increases the liquid flow rate, but also prevents liquid condensation at the liquid inlet port by allowing liquid to enter from multiple directions; by setting the connecting assembly, overflow components of different specifications can be connected according to needs to improve receiving efficiency.

The application discloses a combined material belt for a material receiving machine, which comprises a base belt, wherein: a plurality of material positions are arranged on the top surface of the base belt in a first direction, and each material position is provided with a group of material receiving accessories, each group of material receiving accessories comprises at least one buckle belt and at least one adhesive tape, and the buckle belt and the adhesive tape are arranged in parallel in the first direction; the buckle belt is configured to connect the tail of the material belt of a fast-exhausted tray of a patch machine with the head of the material belt of a new tray, and the adhesive tape is configured to bond the upper film of the tail of the material belt of the fast-exhausted tray with the upper film of the head of the material belt of the new tray. The combined material belt for the material receiving machine concentrates at least one buckle belt and at least one adhesive tape on one material position of the base belt, so that the pickup mechanism only needs to move to the same material position during subsequent material receiving, and the pickup of the buckle belt and the adhesive tape can be simultaneously completed, the action steps of the material receiving machine are simplified, and the material receiving efficiency is improved.

This invention relates to the field of neutron scattering experimental technology, and more particularly to a neutron focusing adjustment mechanism and an automatic neutron inverse geometry focusing adjustment device. The neutron focusing adjustment mechanism includes an analyzer and an angle adjustment module. The analyzer is disposed within the experimental chamber of the automatic neutron inverse geometry focusing adjustment device and is configured to receive the neutron beam scattered by the sample under test. The angle adjustment module is installed within the experimental chamber and is configured to adjust the elevation angle of the analyzer. By adjusting the elevation angle of the analyzer using the angle adjustment module, the neutron focusing adjustment mechanism can maintain the analyzer in the optimal neutron receiving attitude, effectively improving the neutron signal reception efficiency and detection accuracy, and also enhancing the versatility of the automatic neutron inverse geometry focusing adjustment device.

The present application relates to the field of wood drying and dehydration coating, and discloses a wood drying and dehydration coating device, which comprises a drying furnace body, a heating chamber and a fixed plate, the bottom of the drying furnace body is provided with the heating chamber, the bottom of the heating chamber is provided with a support plate through bolt installation, the two sides of the drying furnace body are provided with sliding sleeves through bolt installation, and the sliding sleeves are provided with sliding rods that slide in the sliding sleeves, the ends of the sliding rods are provided with support rods that penetrate through the sliding rods, and the support rods are provided with a sealing plate through a fixed block, one side of the sealing plate is provided with a hopper through locking bolts, the lower end of the sealing plate is provided with the fixed plate, the two ends of one side of the fixed plate are provided with a servo motor A and a servo motor B through mounting seats, respectively, and the output shafts of the servo motor A and the servo motor B are provided with a coating roller A and a coating roller B through bolts, respectively; the device can automatically dry and coat wood, thereby improving the coating efficiency and being suitable for being widely used. The present application also provides a drying, dehydration and anti-corrosion coating method implemented by using the above device.

The utility model provides a kind of sewing machine's press and ironing material receiving mechanism, belong to sewing machine technical field.It solves the problem of poor material receiving efficiency of existing cloth.The press and ironing material receiving mechanism of this sewing machine, including rack, rack has deck, deck is equipped with discharge port, the press and ironing material receiving mechanism further includes the unloading plate located in along horizontal setting in discharge port, the drive component two of being arranged on rack and being able to drive unloading plate shift to the below of discharge port and the material receiving component of being located below deck and being able to take cloth from unloading plate;The press and ironing material receiving mechanism further includes the ironing block located above discharge port and the drive component one of being arranged on deck and driving ironing block lift relative to deck.This structure avoids the step of needing to transfer cloth after press and ironing again, improves material receiving efficiency, and further improves the processing efficiency of cloth.