68results about How to "Shorten the path of movement" patented technology

The invention relates to a testing system for electronic element, comprising: electronic element supply part; electronic element aligning part with no vibration transfer; glass disk for electronic element arrangement; electronic element position testing part, generating trigger signal and code; shooting part; shooting the four surfaces of electronic element; discharging part, discharging electronic element by injecting condensed air; controlling part, controlling said discharging part according to judgment about the qualification of electronic element got from trigger signal, code and shoot image. The said aligning part can align electronic element with no vibration; the judgment is made according to more than two times' shoot; the removal of inject nozzle shortens the moving route of condensed air, and so the answer speed for electronic element discharge is increased.

The invention discloses a film tearing mechanism of a film sticking machine, and relates to the field of electronic product machining. The film tearing mechanism comprises a jacking mechanism, a clamping mechanism and an advance and backstep mechansim, wherein the advance and backstep mechansim comprises a linear motor, an advance and backstep base and a main installation board, the linear motor comprises a mover base and an upper cover, the advance and backstep base is fixed to the mover base and located above the upper cover, the main installation board is fixed to the advance and backstep base and extends out of one side of the advance and backstep base to form a cantilever, the jacking mechanism comprises a jacking air cylinder, a jacking roller and an auxiliary installation board, thejacking air cylinder is vertically fixed to the main installation board, the auxiliary installation board is fixed to one side of the jacking air cylinder, the jacking roller is fixed to the top of the auxiliary installation board, the clamping mechanism comprises a clamping air cylinder and a clamping roller, the clamping air cylinder is vertically fixed to the auxiliary installation board, theclamping roller is fixed to the top of the clamping air cylinder and located above the jacking roller, a product with a film to be torn can be contained between the jacking roller and the clamping roller and the surface of the product sticking to the film faces downward. According to the film tearing mechanism, the precision is high, consumables are few, the cost is low, and the product is not likely to be damaged.

The invention discloses a wireless sensor network data acquisition method based on multiple mobile factors, and aims to save energy consumed by transmission of a large amount of data, effectively use network resources, prolong the service life of a network and balance a relation between multiple hops and cache overflow. The wireless sensor network data acquisition method comprises the following steps of 1, acquiring data by forming a tree-shaped structure by network self-organization; 2, informing node state information to a base station and a direct subsequent node by a low-electric-quantity node; 3, dispatching multiple mobile factors to respective sub-trees to finish corresponding acquisition tasks by the base station, wherein when the whole network is divided into a plurality of sub-trees, the nodes in the sub-trees acquire the data and forward the data to the mobile factors through one hop when the mobile factors dispatched by the base station reach a communication radius range instead of forwarding the data according to an original tree-shaped structure; 4, designing the optimal path of the mobile factors; and 5, cooperatively finishing data acquisition of the whole network by the mobile factors.

The embodiment of the invention discloses an article moving method and intelligent equipment, and belongs to the technical field of computers. The method comprises the steps that a controller determines a moving path of a clamp holder according to a first position where the clamp holder is located as well as an initial position and a final position of a target object; the clamp holder is controlled to move from the first position to the initial position and then clamp the target object according to the moving path; a first target position of the clamp holder in the moving path is determined according to a second position where the clamp holder is located, and the clamp holder is controlled to move from the second position to the first target position; and a second target position of the clamp holder in the moving path is determined according to a third position where the clamp holder is located, the clamp holder is controlled to move from the third position to the second target position until a target position of the clamp holder in the moving path is determined to be a termination position, and the clamp holder is controlled to move the target object to the termination position. According to the article moving method, a staged moving mode is adopted, so that a foundation is laid for coping with emergencies, and accordingly flexibility of the intelligent equipment is improved.

Disclosed is a vision inspection apparatus, and particularly, a capable of inspecting external appearance of an electronic component. The vision inspection apparatus includes a loading unit for loading at least one electronic component to be vision-inspected; a first vision inspection unit for performing first vision inspection with respect to the electronic component loaded by the loading unit; a second vision inspection unit for performing second vision inspection with respect to the electronic component; an inverting unit installed between the first and second vision inspection units, for inverting the electronic component having been completely first-vision inspected by the first vision inspection unit before the electronic component is transferred to the second vision inspection unit; an unloading unit for unloading the electronic component having been completely second vision-inspected by the second vision inspection unit; and a transfer tool for simultaneously transferring electronic components respectively in the first vision inspection unit, the inverting unit, and the second vision inspection unit to the next respective units.

Disclosed are a laser processing method and a laser processing system employing the same. The laser processing method comprises: a first step of calculating the middle position of adjacent patterns from among a plurality of patterns to be processed; a second step of transferring a low-speed drive to the middle position; and a third step of processing the plurality of patterns by driving a high-speed drive at the middle position, wherein the laser processing for the plurality of patterns to be processed is performed by repeating the first to third steps.

The invention discloses a multigang adjustable fluid filling machine and a filling technology. The multigang adjustable fluid filling machine comprises a conveyer table, food filling extraction devices and a food filling device, wherein the multigang adjustable fluid filling machine is characterized in that the conveyer table is used for conveying to-be-processed food; the food filling extractiondevices extract fillings in a hopper and supply the fillings to the food filling device; the food filling device is arranged at the upper part of the conveyer table to fill the food; the food fillingdevice is provided with a mobile drive device; and the mobile drive device drives the food filling device to follow a conveyer belt of the conveyer table to synchronously move while filling. Accordingto the multigang adjustable fluid filling machine, an automation form is adopted, the food filling extraction devices extract the fillings in the hopper and push the fillings into the food filling device by adopting an extract-push mode, and automatic filling work is carried out on the conveyed food, so that the working accuracy and the working efficiency are improved.

The present invention relates to an anode and a secondary battery, the anode comprising an anode active material layer including an anode active material, wherein the anode active material includes a core and a coating layer disposed on the core, the core comprises a natural graphite and an amorphous carbon layer, D50 of the natural graphite is 10 um to 14 um, and as confirmed through ONH analysis, the anode active material comprises 1,500 ppm wt% to 2,000 ppm wt% of oxygen, 200 ppm wt% to 300 ppm wt% of nitrogen, and 200 ppm wt% to 300 ppm wt% of hydrogen, and the coating layer comprises carbon nanofibers.