792 results about "Batch operation" patented technology

The present invention relates to an apparatus and method for processing the flow of semiconductor wafers through a furnace tool having a front-opening unified pod (FOUP) material handling system. The invention provides for an automated control flow to realize greater efficiency and assure process quality. In one aspect of the invention the wafer batch completing its operation is discharged simultaneous with the charging of the next batch. Essentially the operation takes place by overlapping processing operations. An embodiment of the invention includes a process comprising the steps of: providing a first batch of semiconductor material, and loading the first batch into a carrier which transports the first batch into a semiconductor manufacturing process, and while the first batch undergoes the process, forming a second batch of semiconductor material, and pausing a second batch process operation until the first batch completes processing, to reduce the idle time of said process.

In the case where an ultraminiature piezoelectric substrate, which has a resonating portion formed by making a concavity by etching in the surface of the piezoelectric substrate made of an anisotropic crystal material, is mass-produced by batch operation using a large-area piezoelectric substrate wafer, an annular portion surrounding each concavity is formed sufficiently thick to prevent cracking from occurring when the wafer is severed. A piezoelectric substrate 2 of an anisotropic piezoelectric crystal material has a thin resonating portion 4 and a thick annular portion 5 integrally surrounding the outer marginal edge of the resonating portion to form a concavity 3 in at least one of major surfaces of the substrate; the inner wall 5a of the annular portion in the one crystal orientation slopes gently more than the inner wall in the other crystal orientation perpendicular to said one crystal orientation, and the piezoelectric substrate is longer in said one crystal orientation than in the other crystal orientation.

The invention provides an integrated automatic flatness-detecting, feeding and sorting apparatus, comprising a mechanical arm, a host computer and a flatness detector, wherein the mechanical arm is connected with the host computer, and the flatness detector is connected with the host computer through a data collection card. The mechanical arm sucks a material from a to-be-detected box and conveying the material to the flatness detector; the flatness detector detects the flatness of the material and transmits detection results to the host computer; the host computer determines whether the material is a certified product or substandard product according to the detection results of the flatness detector and transmits the signal to the mechanical arm; if the material is a certified product, the mechanical arm delivers the detected material to a certified product case; if the material is a substandard product, the mechanical arm delivers the detected material to a substandard product case. The invention further provides a control method for the integrated automatic flatness-detecting, feeding and sorting apparatus. The apparatus provided by the invention can realize automatic flatness detection and sorting and cyclic operations consisting of material taking, detection and material delivery, substantially improves work efficiency and is suitable for batch operation in actual detection application.

An apparatus and method for processing unit reclaiming requests in a solid state memory device. The present invention provides a method of managing a memory which includes a set of units. The method includes selecting a unit from the set of units having plurality of subunits. The method further includes determining a number of valid subunits m to be relocated from the units selected for a batch operation where m is at least 2. The selecting is carried out by a unit reclaiming process.

Provided are system of value resource in acidic corrosion waste fluid and a recycling method. The recycling method of the invention includes the following steps that adding oxidation agent and concentrated sulfuric acid into the corrosion waste fluid, pre-heating and heating the corrosion waste fluid, evaporating out water vapor and hydrogen chloride under negative pressure and recycling hydrochloric acid, the residue separates hydric sulphate from blue copperas crystal via centrifugal filtration and recycle hydric sulphate, washing blue copperas crystal by blue copperas crystal solution and absolute ethyl alcohol and recycling blue copperas. The recycling system comprises an oxidation ditch, a dosage bunker, a pre-heater, a heat booster, an evaporation tank, a filter, a cooler, a spraying and absorbing device and the like. The recycling method of the invention increases the recovery rate of metal copper and hydrogen chloride, with both recovery rates more than 99%. The method can employ scheme of batch operation or continuous recycling, which is adapted for industry utilization.

The invention belongs to the technical field of microbe electrochemistry and aims to provide a method for producing hydrogen by alkalescent microbe electrolysis. The method comprises steps of: (1) starting an electrolytic bath under a microbiological fuel cell mode: accessing a resistor in a closed-loop of a system and replacing a solution in the electrolytic bath when a voltage is low; continuing to replace until voltages at two ends of the resistor are higher than 500mV to finish anode starting; (2) producing hydrogen under a microbe electrolytic bath mode: replacing a cathode in the started electrolytic bath with stainless steel net or foamed nickel, keeping solution in the whole electrolytic bath in a anaerobic state and applying 0.4-0.8 V voltage at two ends of the cathode and the anode by using direct-current power supply and realizing hydrogen production of the electrolytic bath at 20-35 DEG C. The invention can effectively inhibit generation of methane, realize long time continuous operation or multiple batch operation and generate gas with low methane content; the method has a low cost and can obtain high hydrogen generation rate; utilization rate of organic matter under an alkalescent environment is increased, and hydrogen generation stability of the system is increased.

The invention is suitable for the technical field of communication, and provides a batch operation method. The method comprises the following steps of setting at least one integrated operation area on a list interface which contains a plurality of list items; detecting if the integrated operation area receives a first slide touch instruction or not; if the first slide touch instruction is received, selecting the list items through which a first slide track, corresponding to the first slide touch instruction, passes in a batched way. Correspondingly, the invention also discloses a communication terminal. The method and the communication terminal have the advantage that the batch operation is realized by a user carrying out one slide operation on the integrated operation area, so the operation is simpler, more convenient and rapider.

The invention discloses an airlift type internal circulation intermittent aerobic granular sludge reactor, which comprises an organic glass column, a temperature controller, a water inlet tank, an aeration pump, a water feed pump, a draining pump, a flow meter, a programmable logical controller, etc. The main body of the reactor is the organic glass column and can be divided into an inner sleeve and an outer sleeve, and the inner one is an upspout, while the outer one is a downcast pipe; the ratio of height to diameter is 15. The exterior of the downcast pipe is provided with a water bath heating casing for controlling reaction temperature. Mixed liquor in the reactor flows between the upspout and the downcast pipe in internal circulation to endow granular sludge with a self-balanced micro-ecosystem, the property of the micro-ecosystem is suitable for an up-flow type wastewater treatment system. The reactor adopts the sequence batch operation mode and can realize automatic control by the programmable logical controller. The reactor of the invention has the advantages of flexible operation, compact structure, little sludge remained, good treatment effect, and the like, and can bear high volume load and impact load; furthermore, the reactor has small occupying space and can reduce pork barrel due to relatively large H/D.

A picture-information transmission apparatus including a file select means for selecting a predetermined file saved in a state of associating picture information with word information upon detection of execution of a predetermined operation, and a transmission-information creation means for creating transmission information for transmitting information of a predetermined file selected by the file select means to a predetermined partner, wherein the transmission information is created at the same time as the predetermined file is selected in a batch operation when the predetermined operation is executed.

The invention provides a batch processing method which comprises the following steps of receiving a batch processing implementing request, and implementing the batch processing operation according to the batch processing implementing request; receiving a batch processing stopping request sent by a user terminal in the batch processing implementing process; stopping the batch processing operation according to the batch processing stopping request and updating a batch processing task state as a stopped state when the batch processing is stopped. The batch processing method realizes the fact that a system can receive an external order and conduct the adaptive adjustment in the batch processing implementing process, and the processing efficiency and the using rate of the system are improved.

The invention discloses a color spray-painting process, which belongs to the technical field of pattern color spray painting, and comprises the following steps: a) printing a needed pattern layer on a base material of a multicolor pattern to be spray-painted by using a UV spray-painting device, wherein the pattern layer is a UV solidified coating layer; b) while spray-painting the pattern layer, performing UV solidification on the pattern layer, namely drying the pattern layer after the spray painting instantly, spraying a protective paint layer for the pattern layer after the spray painting and the UV solidification, and air drying the pattern layer naturally at the room temperature; and c) detecting a color spray-painting material finished by spraying. A spray-painting machine in the process manages inks with different colors separately and performs the spray painting with a plurality of spray heads so that colors are vivid; a negative pressure ink supply system is adopted to ensure that the ink amount is stable during outputting; and the process supports ICC color management, can effectively control color changes caused by ink or medium differences, can really achieve accurate spray painting through X and Y bidirectional positioning, is more convenient for batch operations, and has a good application prospect.

The invention discloses a quick batch generation method and system for android program installation packages. The generation method comprises the following steps of generating unsigned android program installation packages, and setting a file with a plurality of channel number identifiers; decompressing the unsigned android program installation packages; and sequentially reading the channel number identifiers in the file with the channel number identifiers to modify channel numbers of configuration files in the decompressed unsigned android program installation packages, and performing repackaging so as to realize batch generation of the android program installation packages. According to the quick batch generation method and system for the android program installation packages, disclosed by the invention, the generation efficiency of the batch program installation packages can be remarkably improved.

The invention provides a linkman management method which comprises the following steps: step 102, automatically establishing a temporary group comprising multiple linkmen when a user selects multiple linkmen to carry out batch operation; and step 104, according to a predetermined condition, judging whether the temporary group is stored to a fixed group, or canceled. The invention also provides a linkman management device and a terminal. According to the technical scheme provided by the invention, multiple linkmen serve as one temporary group by virtue of batch operation of the user on the linkmen, the temporary group can be automatically screened and maintained, and the user is facilitated to carry out the batch operation on the linkmen in the group again.

This invention relates generally to methods and apparatus for the detoxification of fluid streams, for example, wastewater contaminated with neurotoxins, particularly organophosphorous compounds, and comprises contacting the fluid stream with a bioactive coating. More particularly, the invention relates to chemical reactors for detoxifying fluid streams and also, bioactive coated support components comprising rigid, semi-rigid, or flexible support materials coated with a bioactive coating compriseing dessicated whole cells, whole cell fragments, enzymes, and combinations thereof that are capable of hydrolizing neurotoxic organophosphorous chemical compounds. Organophosphorus hydrolases that are capable of detoxifying organophosphorus compounds that are: chemical weapons agents, in particular, tabun (“GA”), sarin (“GB”), soman (“GD”), cyclosarin, VX, and its isometric analog Russian VX (“VR” or “R-VX”); chemical weapons agent analogs, chemical weapons surrogates; and pesticides are most preferred. The process and apparatus embodiments of the present invention are designed to detoxify organophosphorus compounds continuously, semi-continuously and and in batch operation.

Methods, system, and computer program products for managing batch operations are provided. A method includes defining a window of time in which a batch will run by entering a batch identifier into a batch table, the batch identifier specifying a primary key of the batch table and is configured as a foreign key to a batch schedule table. The time is entered into the batch schedule table. The method further includes entering extract-transform-load (ETL) information into the batch table. The ETL information includes a workflow identifier, a parameter file identifier, and a location in which the workflow resides. The method includes retrieving the workflow from memory via the workflow identifier and location, retrieving the parameter file, and processing the batch, according to the process, workflow, and parameter file.

The invention relates to an application operation method. The method comprises: detecting a touch trajectory that is formed in a screen; acquiring application icons that the touch trajectory passes through, and recording identifiers of corresponding applications in a predefined data set; moving the application icons that correspond to the identifiers in the data set, according to the touch trajectory, to a stop position that corresponds to the touch trajectory; and performing a batch operation on the applications at the stop position. According to the method, the batch operation can be performed on a plurality of applications, and therefore operation time is effectively saved. The invention further provides an application operation apparatus.

The invention relates to blood oscillation mixing devices for blood detection, in particular to a blood oscillation mixing device for blood detection. The blood oscillation mixing device is characterized in that horizontal slide grooves are symmetrically formed in the left end and the right end of a rectangular slide frame, two spring seats are symmetrically fixedly connected with the middle of the rectangular slide frame, spring sleeve rods are fixedly connected with the outer ends of the two spring seats, and springs I sleeve the spring sleeve rods; two vertical driving clamp plates are symmetrically slidably connected onto the rectangular slide frame; slide frame slide grooves are formed in the upper ends of the vertical driving clamp plates. The blood oscillation mixing device has theadvantages that blood collecting bottles do not need to be manually shaken by people with the hands, accordingly, the problems of uneven mixing and incapability of meeting accurate examination requirements can be solved by the aid of the blood oscillation mixing device, the accuracy of examination results can be guaranteed, and the labor intensity of medical staffs can be relieved; shaking and oscillation further can be carried out on blood in submitting paths, and accordingly the problem of influence on experimental progress due to the fact that existing blood is coagulated to form gelatinousblood clots can be solved; batch operation can be carried out, and the blood oscillation mixing device is convenient to use.

The invention relates to aspects in connection with the automatic generation and processing of signature files. The signature files are generated in paper form on the basis of documents (28) that comprise a personal signature (34) and also control information items (30) assigned to the signature (34) and/or the documents (28). The documents in paper form (28) are scanned in within the scope of a batch processing operation in order to generate signature files that contain the personal signatures (34) in an electronically processable form and also representations of the respectively assigned control information items (30). The control information items (30) contained in a signature file are identified and interpreted document-wise. Then the signature files are automatically processed as a function of the content of the assigned control information items (30).

The invention discloses an automatic oil immersion method and apparatus for a transformer. The automatic oil immersion apparatus comprises a first material-taking mechanical arm, a second material-taking mechanical arm, a third material-taking mechanical arm, a fourth material-taking mechanical arm, a fifth material-taking mechanical arm, a first conveying unit, a second conveying unit, a third conveying unit, an oil immersion machine, a turning mechanical arm, a tunnel type oven and the like. The automatic oil immersion apparatus arranges the transformer and carries jigs through the first material-taking mechanical arm, the second material-taking mechanical arm, the third material-taking mechanical arm, the fourth material-taking mechanical arm and the fifth material-taking mechanical arm; the join of the jigs in each station is realized through the first conveying unit and the second conveying unit; an automatic oil immersion process for the transformer is realized through the oil immersion machine; and the process for baking the transformer is realized through a fifth conveying unit finally; the automatic batch operation, such as automatic oil immersion, automatic baking and the like, for the transformer can be implemented through the automatic oil immersion apparatus; and meanwhile, a manual operation is avoided, so that workers can be prevented from being hurt by chemicals in the oil immersion machine.

The invention relates to an automatic object conveying device for an irradiation operation. The device consists of a ray detector, an irradiation port, a conveying pipeline, a circuit changer, a sample box, an automatic sample feeding system, an automatic sample discharge system, a power system and a control system. The device can monitor the irradiated strength of conveyed samples through the ray detector to realize the function of quantitatively irradiating the distantly conveyed samples. Meanwhile, the automatic sample feeding/discharge system can be combined to realize the automatic irradiation operation function of multiple samples. The device can largely reduce the learning cost of irradiation operation operators, improves the working efficiency of the irradiation operation, reduces the overdose irradiation risk in the irradiation operation, can satisfy the automatic large-batch operation demands of enterprises on the irradiation operation, can satisfy the high-precision irradiation control demands of research and development institutions, and is broader in application prospect.

The invention discloses an image processing method based on a GPU (Graphics Processing Unit). The method can be used for efficiently processing multi-layer image data. The method mainly comprises the following steps: firstly, a layer is activated, i.e. a certain layer of an image to be processed is copied from a system internal memory into a video memory of the GPU, and if the capacity of the video memory is insufficient, data of other layers need to be deleted from the video memory simultaneously and only the data in the system internal memory is reserved; secondly, an image processing filter is started, and when a filter parameter is adjusted, a thumbnail in the current visual area of the activated layer is calculated in real time; thirdly, the thumbnail of each layer is used for mixing from bottom to top so as to render to a canvas, and the canvas is displayed in a window; and finally, the image processing filter is applied, and the complete adjustment result of the activated layer is calculated by utilizing the parameter of the filter. According to the image processing method disclosed by the invention, the video memory can be effectively saved, the processing speed of image rendering is improved, the image rendering is carried out in batch, and the rendering result can be displayed in real time.