33results about How to "Reduce time-consuming and labor-intensive" patented technology

The invention discloses a semiconductor packaging bonding process comprising the following steps: a) carrying out adhesive coating: providing a wafer, wherein the wafer is provided with a front side and a back side, the back side of the wafer is a naked silicon side and coated with a layer of adhesive; b) cutting: cutting the wafer coated with the adhesive, so as to form a plurality of chips which are separated from one another; and c) bonding the surface, coated with the adhesive, of each separated chip with a base plate. For the semiconductor packaging bonding process, the back side of the whole wafer is directly coated with the adhesive layer, and then the wafer is cut into single chips, so that the time and labor for adhesive dispersing on the base plate can be saved, the process is simpler, the operability is strong and the production efficiency is greatly improved.

The invention discloses a solid electrolyte in-situ interface layer modification method, which comprises the following steps: 1, preparing a garnet type solid electrolyte sheet by using a tabletting method, and placing the garnet type solid electrolyte sheet in the air; and 2, modifying the surface of the garnet type solid electrolyte sheet with titanium carbide, and sintering the garnet type solid electrolyte sheet at a high temperature to obtain the garnet type solid electrolyte sheet modified with titanium carbide. According to the method, a small amount of titanium carbide is used for converting substances such as Li2CO3 with extremely poor lithium affinity into Li(8-3.5 x)TixO4 with good lithium affinity in situ through a simple means, and the in-situ generation reaction can be generated in a reaction system in real time and acts on a substrate in real time without separation, so that the sufficiency and completeness of the reaction are ensured; an interface obtained after in-situ conversion has extremely excellent lithium affinity and shows low interface impedance, and long-time circulation of the battery is guaranteed.

The invention discloses an auxiliary disassembling machine for automobile hub nuts. The auxiliary disassembling machine comprises a moving base with universal wheels arranged on the end face of the bottom. A sliding base is arranged above the moving base. A lifting device is arranged between the sliding base and the moving base so that the sliding base can ascend and descend. A sliding cavity is formed in the end face of the upper side of the sliding base. Sliding rods are fixedly mounted in the front wall and the rear wall of the sliding cavity in bilateral symmetry. A rotating base is mounted on the sliding rods in a sliding manner. According to the auxiliary disassembling machine, through a rotating wrench provided with a motor drive, nuts on automobile hubs can be easily disassembled down, nuts of different specifications can be disassembled by arranging replacement grooves in the rotating wrench, wherein engaged blocks capable of cooperating with nuts of different specifications can be mounted in the replacement grooves, an adjusting device for adjusting the up-and-down positions of the rotating wrench is arranged, nuts can be disassembled, and automobile hubs of different radii can be mounted.

The present invention discloses a heat pump dryer or a heat pump washing-drying integrated machine. The heat pump dryer or the heat pump washing-drying integrated machine comprises a machine body; a fan assembly disposed in the machine body and provided with a drainage adapter; a drainage pipe disposed on the machine body and connected with the drainage adapter; and a pedestal disposed on the machine body, positioned over the fan assembly, and provided with a drainage exit which is corresponding to the drainage adapter position and suitable for being connected with the drainage adapter. According to the heat pump dryer or the heat pump washing-drying integrated machine, the drainage pipe is connected with the drainage adapter of the fan and is not required to be directly connected with the drainage exit of the pedestal, and the pedestal is not required to be lifted for installation. So connection and drainage of the drainage pipe are convenient, assembly complexity of the heat pump dryer or the heat pump washing-drying integrated machine is reduced, and assembly consumed time and effort are reduced.

The invention provides a data verification method and device, and the method comprises the steps: receiving a test case, obtaining the environment data of the current environment of test equipment, updating the field value of a test field matched with the environment data in the test case according to the environment data, obtaining a target test case, and transmitting the target test case to the test equipment. And obtaining test data generated when the virtual test account uses the target test case in the test device, the test data being used for verifying the data verification condition, thereby verifying the data verification condition according to the target test case matched with the environmental data. The test case is generated according to the attribute and the attribute value in the data verification condition, which means that the target test case is generated at least according to the attribute and the attribute value in the data verification condition, so that the target test case for verifying the data verification condition is constructed through the attribute and the attribute value in the data verification condition, and the generation efficiency is improved; and the time and labor consumption in the data verification process is reduced.

The invention discloses an automatic feeding control system of a three-roller cutting machine. The automatic feeding control system of the three-roller cutting machine is used for controlling the automatic feeding transfer between rollers. The automatic feeding control system comprises an information acquisition unit, a control unit, and a drive unit, wherein the information acquisition unit, thecontrol unit and the drive unit are connected in sequence. The information acquisition unit is used for collecting gravity information of materials on the rollers, the control unit is used for receiving the gravity information collected by the information acquisition unit and giving control instructions, and the drive unit is used for receiving the control instructions given by the control unit and driving the automatic feeding transfer between the rollers. The control of automatic feeding transfer between the rollers is achieved, time and labor consuming of manual adjustment is reduced, and the problem that the follow-up production and machining is affected due to the fact the adjustment quality is not high and can not be effectively controlled is solved; and the production efficiency isimproved, and the work intensity of manual work is reduced to enable production easier.

The invention discloses a retail data automatic processing identification system. The invention discloses a retail data automatic processing identification system and an implementation method thereof.the data automatic identification main program module is used for identifying the downloaded data; the data identification processing module performs data classification automatic identification processing according to preset retail customer classification and document data classification, and automatically identifies the data failed in identification again according to the type of the retail customer document data which is automatically summarized by the main program and failed in identification; And the website original data database module automatically returns a warehousing result after the data is successfully warehoused, and the task is ended. According to the retail data automatic processing identification system and the realization method thereof, the retail data automatic processing identification system and the realization method thereof can be independently identified according to suppliers and retailers, and then the data of the retailers are processed and identified in astandardized and automatic manner and are stored in a classified manner.

The invention discloses a retail data automatic processing and identification system and an implementation method. The retail data automatic processing and identification system comprises: a data automatic identification main program module which is used for identifying and processing downloaded data; a data identification processing module which is used for performing data classification automatic identification processing according to the preset retail client classification and receipt data classification, wherein the data identification processing module is used for automatically identifying data which fails to be identified again according to retail client document data types which are automatically summarized by a main program and are failed to be identified; and a website original data database module which automatically returns a storage result after data storage succeeds, and ends the task. According to the retail data automatic processing and recognition system and the implementation method thereof, independent identification can be carried out according to suppliers and retailers, then similar receipts are standardized, retailer data are automatically processed and recognized, and classified storage is carried out.

The invention discloses a mechanical taking-out device for hardware fitting terminals. The mechanical taking-out device for hardware fitting terminals comprises a worktable, a fixed clamping arm, a sliding support and an upright rod, wherein a storage plate is fixedly installed in the center of the top of the worktable; the edge end of a fixing supporting frame is arranged in a sliding groove; a positioning groove is formed in the side of the fixing supporting frame; the fixed clamping arm is fixedly installed at the edge of the top of the storage plate; the sliding support is arranged on thefixing supporting fame; a first electric pushing rod is arranged on the side of the fixing supporting frame; the upright rod is perpendicularly connected with the center of the top of the fixing supporting frame; a montant is sleeved with a positioning part; a connecting part is fixedly installed on the upright rod through a first rotary shaft; and a second electric pushing rod is arranged on theside of the worktable. According to the mechanical taking-out device for hardware fitting terminals, hardware fitting terminals on materials can be taken down conveniently, labor consumption is reduced, and the safe use risks caused when fitting terminals are taken down with assistance of workers are avoided.

The invention discloses an integrated building wall structure in the wall field of the building. The integrated building wall structure comprises standing posts, a cross beam, and a wall body. The bottom end of the wall body is connected to the cross beam; and the side ends of the wall body are connected to the standing posts. The wall body consists of a plurality of wallboards including frames and heat-preservation and insulation layers; each frame includes two panels and two side boards; each side board is fixed with two panels; and heat-preservation and insulation cavities and mounting grooves are encircled by the panels and the side boards. The mounting grooves formed in the each two adjacent wallboards are opposite to each other; a positioning bar is arranged between each two adjacent wallboards; windproof bars are arranged between the positioning bars and the side boards; and a T-shaped sealing bar is arranged at a joint between each two adjacent wallboards. According to the scheme, the integrated building wall structure has advantages of convenient installation and dismounting, low building cost, wide application range, stable and reliable structure, good waterproof and windproof performances, and good heat-preservation and insulation effect. Therefore, problems that the consumed time and labor costs are high, the heavy wall can not be moved conveniently, the windproof and moisture-proof performances are poor, and the heat-preservation and insulation capability is poor according to the existing wall body building process can be solved effectively.

The invention relates to a log-based fault index automatic tagging system and method. The method comprises the steps of screening out failure / fault logs according to event levels of system logs, allocating a failure / fault type to each failure / fault log according to information contents of each failure / fault log, and determining an effective time window of performance index data according to each failure / fault type; performing modeling on all the performance index data corresponding to the effective time window of each failure / fault type, and building a fault index model; and performing automatic tagging on the performance index data according to the fault index model so as to judge whether the performance index data is a fault index or not. According to the system and the method, the time and energy of manually tagging the fault index can be shortened and reduced; the time and manpower resources are saved; the workload is reduced; a manager can quickly check system faults and perform fault diagnosis; and whether the system is in a fault / failure state or not in a time period can be estimated according to a feature of the index, so that corresponding measures can be adopted in time.

The invention discloses a method for modifying an in-situ interface layer of a solid electrolyte. The method comprises the following steps: step 1, preparing a garnet-type solid electrolyte sheet by a tablet method, and placing it in the air; step 2, carbonizing the Titanium is modified on the surface of the garnet-type solid electrolyte sheet, which is then sintered at high temperature to obtain a titanium carbide-modified garnet-type solid-state electrolyte sheet. The present invention uses a small amount of titanium carbide to in situ in situ the original extremely poor Lithophilic Li 2 CO 3 and other substances into Li with good lithium affinity (8‑3.5x) Ti x o 4 Substances, this in-situ generated reaction can be generated in the reaction system in real time, without separation, and act on the substrate in real time, ensuring the adequacy and completeness of the reaction; the interface obtained after this in-situ conversion has extremely excellent Lithophilicity, and exhibits low interfacial impedance, ensuring long-term cycling of the battery.

The invention provides a method for estimating the deformability of a metal material, comprising steps: S1. Calibrating the internal grain orientation distribution map of the metal material sample to be tested; S2. Specifying an external load direction, extracting each Orientation data of each grain, and calculate the SF value of the main deformation mechanism inside each grain; S3. Statistics of the deformation coordination factor between each grain and its adjacent grains; S4. According to the obtained SF value and deformation coordination Calculate the comprehensive coordination coefficient of the slip system in each grain by factor; S5. Calculate the average comprehensive coordination coefficient value according to the comprehensive coordination coefficient of the slip system in all grains, and use the average comprehensive coordination coefficient value as the estimated metal material The index of the deformation ability in the direction of the specified external load; the method has simple steps, less time-consuming and labor-intensive and high prediction accuracy.

The invention discloses a #-shaped wheel set convenient to disassemble and take wires. The #-shaped wheel set comprises a concave wheel set body and a convex wheel set body, the concave wheel set body comprises a pair of first rollers and two first mounting plates, and clamping grooves are formed in the first mounting plates; the convex part wheel set comprises a pair of second rollers, a pair of third rollers and two second mounting plates with clamping blocks, the second rollers are arranged at intervals and rotationally connected with second mounting plates respectively, the third rollers are arranged between the two second rollers, and the axes of the second rollers and the axes of the third rollers are perpendicular to each other; a third roller shaft seat with a wire taking opening is arranged between the two second mounting plates; when the whole #-shaped wheel set is combined, the concave wheel set and the convex wheel set are embedded and buckled in the direction perpendicular to the plate surfaces of the first mounting plate and the second mounting plate, the clamping blocks are clamped into the clamping grooves, and the clamping blocks and the clamping grooves are relatively fixed in the direction of the plate surfaces of the first mounting plate or the second mounting plate; and a pair of fixing pieces stretch across the joint of the clamping block and the clamping groove and are locked by screws. The rollers and the mounting plates do not need to be separated and detached.