255results about How to "No manual adjustment" patented technology

The invention discloses an automatic visual detection device for Mura defects of a thin film transistor liquid crystal display (TFT-LCD) process. The device comprises a fixing device, a charge coupled device (CCD) photographic device, a lens and a square angle standard graph, wherein the fixing device is provided with a detected object fixing tool; the square angle standard graph is laid on the upper surface of the detected object fixing tool; the CCD photographic device is arranged on the fixing device and is arranged above the detected object fixing tool; the lens is arranged on the CCD photographic device; the CCD photographic device is connected with an operation card, which is arranged on a computer, through a connecting line. Different types and sizes of the Mura defects of the TFT-LCD process can be indentified by operating different environments in a compatible manner, intelligent detection is realized, and the labor cost is reduced.

The invention provides an AC charging pile interoperability detection system and method. The system comprises an interface simulator, an adjustable load, a test instrument, a controller and an upper computer. The interface simulator is connected with an AC charging pile required to be detected. The test instrument is connected with the AC charging pile and the interface simulator. The adjustable load is connected with the interface simulator. The controller is connected with the interface simulator and used for controlling switch closing or separating of the interface simulator and adjusting the size of resistance. The test instrument, the adjustable load and the controller are connected with the upper computer. The switch and the size of the resistance can be automatically adjusted to control guide circuit parameters by controlling closing or separating of the circuit controller parameter adjustment switch of the interface simulator and adjusting the size of the resistance without manual adjustment, and the AC charging pile can be conveniently and rapidly detected according to the software set in the upper computer so that the technical problem of lack of the convenient detectionequipment and method for automatic and rapid detection of the AC charging pile at present can be solved.

The invention discloses an optical motion capture data processing method based on a module piecewise linear model. Based on overall information of optical human motion capture scattered data, a data processing algorithm based on the module piecewise linear model is provided. By using the module piecewise linear model to generalize the change characteristics of different modules, the method determines a matching priority and an intra-segment fitting function of module data, effectively performs overall layered prediction and tracking for each three-dimensional motion data module, performs de-noising processing for the noise data based on the module, and provides an interpolation fitting algorithm for the missing motion data based on segmenting Newton to perform reasonable supply. The optimized method does not need manual intervention during processing, and can meet real-time requirement.

The invention discloses a turnover type billboard transmission mechanism, which comprises a shell and a transmission main shaft which is transversely arranged in the shell, wherein a plurality of transmission devices for driving a billboard triangular prism to turn over are arranged in the shell at intervals; each transmission device consists of a compression spring seat, a compression spring, a cam, a fixed seat, a transmission rod, a small triangular transmission plate and a large triangular connecting plate; the compression spring seat, the compression spring and the cam are sleeved on the transmission main shaft; the fixed seat is arranged on the shell; the transmission rod is arranged in the fixed seat; the small triangular transmission plate is arranged at the lower end of the transmission rod; the large triangular connecting plate is arranged at the upper end of the transmission rod; the small triangular transmission plate is in transmission connection with the cam; the large triangular connecting plate is fixedly connected with the lower end of the billboard triangular prism; and one end of the compression spring is in elastic contact with the cam, and the other end of the compression spring is in elastic contact with the compression spring seat. The cam can be automatically withdrawn and restored; wear of the transmission mechanism is effectively reduced; load of a motor is reduced; rupture of the lower end of the fixed seat and the transmission main shaft can be avoided; assembly and maintenance are facilitated; and billboard running efficiency can be effectively increased.

The invention discloses a curing kiln. The curing kiln comprises a curling chamber. Supports for containing to-be-cured products, heating pipelines and humidifying pipelines are arranged in the curingchamber. At least two layers of supports are arranged in the height direction, at least two rows of supports are arranged in the width direction, and the adjacent layers or the adjacent rows communicate in space. At least one heating pipeline is arranged in each row of the supports, the heating pipelines are horizontally arranged, and the lengths of the heating pipelines penetrate through the whole length of each row. At least one humidifying pipeline is arranged in each row of the supports, the humidifying pipelines are vertically arranged, and the heights of the humidifying pipelines penetrate through the whole height of each row. The curing kiln is good in curing effect and convenient to operate.

The invention discloses a computing power scheduling method and device based on Kubernetes, and relates to the field of artificial intelligence. The method comprises the following steps: analyzing computing resources required by a machine learning current training task to decompose the type and quantity of a target accelerator card, screening out a corresponding machine node set according to a preset strategy in combination with computing power global data of all machine nodes in a Kubernetes cluster, and locking the computing resources of the machine nodes used by the current training task according to the corresponding machine node set, and establishing an inter-node mutual trust interconnection network on the machine nodes used by the training task, running the machine nodes used by thetraining task, and learning a training program to complete training. The device comprises an initial module, an analysis module, a screening module, an establishment module and a training module. According to the invention, intelligent distribution of resources is achieved, manual adjustment is not needed, and the efficiency is greatly improved.

The invention provides a probability adjusting method for resource allocation. The probability adjusting method comprises the following steps of acquiring allocation duration and allocated duration of resource allocation, and acquiring the resource quantity and the allocated quantity of the resource allocation; determining the allocated time ratio according to the allocation duration and the allocated duration; determining the current allocation probability according to the resource quantity, the allocated quantity and the allocated time ratio, wherein the current allocation probability is allocation probability for allocating resources at current, and the resources are awards or rewards; as the allocated duration and the allocated quantity change along with the operation time of the resource allocation, the current allocation probability obtained by using the probability adjusting method for the resource allocation is accordingly changed. Therefore, the aim of self-adaptive adjustment can be achieved by using the probability adjusting method for the resource allocation. Meanwhile, according to the probability adjusting method for the resource allocation, no manual adjustment is needed, and human interference is reduced, so that the justice and equity of activities are guaranteed; in addition, the phenomenon that the probability of resource allocation is adjusted by artificially monitoring the resource allocation conditions in real is avoided, so that labor force is greatly saved.

The invention provides a high efficiency full-automatic framing machine for a solar cell module, which belongs to the technical field of automatic production devices. The invention particularly relates to the high efficiency full-automatic framing machine in a solar cell module packaging device. The high efficiency full-automatic framing machine for the solar cell module has the advantages of high automation degree, good product uniformity and high production efficiency. The high efficiency full-automatic framing machine is characterized in that a feeding conveying device and a discharging conveying device are respectively arranged on two ends of the machine body; an intermediate conveying device is arranged at the middle part of the machine body through a lifting device; a component positioning device is arranged at a position corresponding to the intermediate conveying device in the machine body; and frame bonding devices are arranged on four sides of the component positioning device.

The invention discloses a multi-start annealing and doubling take-up machine comprising an annealing machine, an active leading machine, a passive leading machine, a wire break shutdown test stand, and multiple take-up machines, which are arranged in sequence along the wire outgoing direction. The annealing machine comprises an annealing furnace, a cooling device, a blow-drying device and a baking box, which are arranged in sequence. The annealing furnace is arranged obliquely, and a pay-off device is arranged below the annealing furnace. The active leading machine draws wires processed by the annealing machine and sends the wires to the passive leading machine, and the passive leading machine sends the wires to the take-up machines. The wire break shutdown test stand is used for testing whether the wires are broken between the passive leading machine and the take-up machines. A branching module is arranged on the take-up machines. The multi-start annealing and doubling take-up machine is high in efficiency, simple to operate, and safe and reliable. The existing equipment is fully utilized to reduce equipment investment.

The invention discloses a design software system for ceramic tile molds and a design method of the design software system. The design method comprises the following steps: (1) classifying the similarity and characters of the tile molds according to the production standards of the tiles and the design technical specifications of the molds, and finding out logical laws; (2) establishing a three-dimensional standard mold model set and a mathematic model f(x) function relationship set corresponding to the three-dimensional standard mold model set by virtue of a CATIA design system, wherein other parts automatically generate corresponding and matched three-dimensional size structures and features according to a topological relation when coordinate parameters of a certain part structure are changed; and (3) establishing two-dimensional engineering drawings of all parts, wherein relevant sizes of the parts on the two-dimensional engineering drawings are automatically changed along the change of the parameters of three-dimensional mold parts. According to the design software system, the parts of the molds can be further individually designed and can be locally designed or corrected; and the design efficiency and precision are substantially improved, and the intelligence of the design technique of the ceramic tile molds is realized.

The invention discloses a gear impact fatigue detection device. The gear impact fatigue detection device comprises a workbench, two groups of mounting brackets are fixedly arranged on the workbench, and a driving threaded rod is movably provided with a test gear; an output end of a driving motor is fixedly provided with a rotating shaft, a first connecting rod is fixedly arranged on the rotating shaft through penetration; one end of a connection shaft, far away from a stop dog, is fixed on an impact block; and the impact gear is fixedly arranged at a center of an extension plate; an external side of the rotating shaft is provided with a ring bearing, the ring bearing is movably arranged at the center of a driving gear, and adjusting nuts is arranged at two sides for adjusting a single-tooth gear. The invention provides the gear impact fatigue detection device, in usage, test gear position of he test gear can be automatically and intermittently adjusted, impact times can be counted accurately, reciprocating operation impact of the impact gear can be realized through structures, a motor is free from working intermittently, and thus, the motor is protected effectively, so the gear impact fatigue detection device is very worth being generalized.

The invention discloses an optical motion capture data processing method based on space-time search data processing. Based on space-time information of optical human motion capture scattered data, space-time search data processing algorithm is provided. Because the optical motion data acquisition frequency is high, a front frame and a back frame of motion data form a smooth linear relation on a time shaft, and the data of each frame follow a definite topological relation on a space position due to the restraint of a human skeleton relation. The space-time search data processing algorithm reasonably utilizes the linear relation on the motion data time shaft and the topological relation on the space position as restraint conditions, effectively predicts and tracks the three-dimensional motion data, and removes noise in the noise data; and a point supplementing algorithm based on the rigid body is provided for the missing motion data so as to perform reasonable supplement. The method has the advantages that the manual intervention is not needed during processing, the real-time requirement can be met, and the matching efficiency is improved.

The invention relates to a sewing system and a cloth guide mechanism thereof. A cloth guide board of the cloth guide mechanism comprises a feeding portion used for feeding objects to be sewn and a folding portion connected to the feeding portion and used for rolling and folding the objects to be sewn. The feeding portion is provided with a roller opening under the folding portion, a head roller on a sewing machine platform can come out the surface of the feeding portion from the roller opening to contact with the objects to be sewn and drive the objects to be sewn to move to the folding portion. The feeding portion is provided with the rolling opening, the head roller on the sewing machine platform can be directly used, so the head roller can drive the objects to be sewn to move to the folding portion, displacement of the objects to be sewn at the tail end of a conveying line can be avoided, the objects to be sewn can be accurately folded at the tail end without manual adjustment, and the efficiency is high.

The invention provides a numerical control complete-set pipe making machine. The numerical control complete-set pipe making machine comprises a pipe making machine body, a cutting machine, a feeding frame and a deviation rectifying device. The pipe making machine body and a cutting machine body are connected through the feeding frame, and the deviation rectifying device is installed on the feeding frame. The numerical control complete-set pipe making machine is characterized in that the deviation rectifying device comprises a clamping connection device, a vertical deviation rectifying device and a transverse deviation rectifying device. The clamping connection device sleeves a metal pipe, the bottom of the clamping connection device is arranged above the vertical deviation rectifying device, and the transverse deviation rectifying device is installed below the vertical deviation rectifying device. The numerical control complete-set pipe making machine has the advantages that due to the fact that the deviation rectifying device is additionally arranged in the numerical control complete-set pipe making machine, the straightness of the large-span metal pipe is guaranteed, and the transverse or vertical deviation and the rotation angle of the metal pipe cannot be caused in the conveying process.

The invention discloses an off-site assembled container manufacturing method, a bag-type pressure drain tank and a liquid level controller. The method for manufacturing the container and the water tank body comprises the following steps of: manufacturing middle containments at least annularly provided with an open edge and corresponding end covers on a production workshop according to the requirement respectively, and overlapping a plurality of middle containments and end covers inside and outside, or packing and storing the middle containments and the end covers; after being transferred to each use destination, connecting the open edge ends and the ends of the middle containments and the end covers or connecting through connecting members to form a container body by assembly; and arranging a fluid storage elastic bag or/and a bag joint, a filter element and/or an inner supporting frame and the liquid level controller consisting of a power supply master controller and a secondary controller connected by a power supply connecting wire on the corresponding positions. The method solves the problems of large storage space occupied by the container body, high cost and the like in the conventional one-time forming production method. The invention provides the bag-type pressure drain tank with strong non-bearing pressure drainage capability, low cost and cleaner water and the liquid level controller with low cost, more reliable and safer performance and the like.