142results about How to "Reduce the number of handling" patented technology

Sorting/storage device for wafers. A sorting device is provided in which at least two cassettes containing wafers may be present and the wafers are moved from one cassette to the other cassette or vice versa. If appropriate, a measuring station may be present in the sorting device. In the immediate vicinity of the sorting device, the cassettes are stored in a magazine which is designed for this purpose and the cassettes are moved using a handling device for cassettes.

The logistics operation training system includes manipulator assembling and conveying operation unit, automatic cargo distinguishing and buffering operation unit, stacking operation unit, automatic warehouse operation unit, visual detection operation unit, stacking operation unit, cargo flow direction controlling operation unit and container packing operation unit. Each of the operation units is provided with monolithic computer circuit and logic circuit with modular electric interface, and different units may be selected to form stepped configuration. The present invention is suitable for different teaching and training modes.

The invention provides a stock rack set, a storage system, a robot control method, and a robot. The storage system includes a stock area, a control server, a first robot, a second robot, and a workstation, the first robot and the second robot are in wireless communication with the control server respectively; the stock area includes a plurality of stock racks, the layers other than bottom layers of the stock racks are for the placement of first storage containers capable of being transported, scattered goods are placed in the first storage containers, second storage containers capable of beingtransported are placed at bottom layers of the stock racks, full container loads are placed on the second storage containers, through a mix running method of two types of robots, carrying of target storage containers is achieved for sorting the full container loads and the scattered, the number of carrying times of the robot is significantly decreased, the number of robots is decreased, and thusthe sorting efficiency is improved.

The embodiments of the present invention disclose a shelf position adjusting method, a device, a computer device and a storage medium, The method comprises: determining a shelf heat level and a position heat level corresponding to at least a portion of shelves located in the warehouse according to a preset period, and stored in the shelf information table, as the position adjustment condition occur, if the shelf heat level of the current shelf is greater than the corresponding position heat level of the current shelf, querying whether at least one candidate shelf exists in the shelf information table, wherein the shelf heat level corresponding to the candidate shelf is smaller than the position heat level corresponding to the candidate shelf, and when the at least one candidate shelf is queried from the shelf information table, determining a target shelf in the at least one candidate shelf that is interchangeable with the current shelf; controlling the robot to move the current shelf to the location of the target shelf. The embodiment of the invention can reduce the moving distance of the shelf conveying robot, reduce the shelf conveying times, shorten the conveying time, and improve the picking efficiency.

A method for forming a side wall layer on a grid electrode comprises the following steps: a semi-conductor substrate provided with the grid electrode is provided; a first silica layer is formed on the surfaces of the semi-conductor substrate and the grid electrode; with hexa-chloro silane as a precursor, a first silicon nitride layer is formed on top of the first silica layer; and parts of the first silica layer and the first silicon nitride layer are removed in a selective manner so as to preserve the first silica layer and the first silicon nitride layer already formed on the side wall of the grid electrode. The invention further provides a method for manufacturing a semiconductor device. The invention can solve the problem that the bottom part of the side wall layer on the grid electrode is susceptible to depression.

The invention provides a warehouse storage location allocation method based on big data. The method comprises the steps that a big data platform predicts the warehousing order quantity in a predetermined period according to historical order information; the big data platform divides the warehouse space into different types of storage areas according to the predicted warehousing order quantity, andplans the shelf number and the placement position of each storage area; an optimization platform groups the warehoused goods according to the association degree between the warehoused goods; and theoptimization platform performs shelf storage location allocation on the warehoused goods in the corresponding storage areas according to the strategy of centralized placement of the goods in the samegroup. According to the invention, the big data platform is adopted to predict the warehousing order quantity in the predetermined period so as to carry out warehouse storage location allocation, at least the problem of unreasonable warehouse storage location allocation in the related technology is solved, and thus the order picking efficiency and the warehouse utilization rate are improved.

The invention relates to in-line type multicavity laminated parallel processing vacuum equipment, which includes: a sheet feed chamber, a reaction chamber and a sheet discharge chamber that are connected in order linearly. The equipment is characterized in that: a first transmission unit and a second transmission unit for substrate transmission are respectively disposed in the sheet feed chamber and the sheet discharge chamber. At least two sub-reaction chambers for preparation a needed film are vertically stacked inside the reaction chamber, and each of the sub-reaction chambers is provided with an open-close device respectively on a side facing the sheet feed chamber and on a side facing the sheet discharge chamber. The equipment can reduce the number of substrate carrying times, and improve the equipment productivity and production efficiency.

The invention discloses a warehouse management method and a warehouse management device, and relates to the technical field of computers. One specific embodiment of the method comprises the steps thata storage area of to-be-warehoused articles/to-be-delivered articles in a warehouse is determined, the storage area comprises a zero-sorting storage area and a storage area, and the zero-sorting storage area and the storage area are configured with the same comprehensive workstation; and if the storage areas of the to-be-warehoused articles/the to-be-warehoused articles are the zero-sorting storage area and the storage area, the to-be-warehoused articles are put on the zero-sorting shelves of the zero-sorting storage area and the storage shelves of the storage area or the to-be-warehoused articles are put off the zero-sorting shelves of the zero-sorting storage area and the storage shelves of the storage area. According to the embodiment, the article storage capacity of the warehouse canbe improved, and the article warehousing and racking efficiency and the warehouse-out sorting efficiency of the warehouse are improved.

The invention relates to a machining technique of an anchor chain Kenter shackle, which comprises the following steps: connecting a tooling with a working platform of a numerical control (NC) milling machine, and connecting a molding cutter with the main shaft of the NC milling machine, wherein the fixture is provided with four workpiece mounting positions. The NC milling machine enables the main shaft to rotate to move the working platform, so that the molding cutter machines a workpiece according to the following steps: machining the surfaces A and B of each workpiece; machining the surfaces C and D of each workpiece; machining the surfaces E and F of each workpiece; and machining the surfaces G and H of each workpiece. The four workpieces are clamped and machined within one time, thereby ensuring uniform size of the workpieces; the invention reduces the number of clamping and the number of transportations by the workers, and greatly reduces the labor intensity; the eight machining surfaces of each workpiece are completed on one device, thereby lowering the machining cost of the workpieces and enhancing the machining efficiency; and the invention ensures the machining size and quality of the workpiece, reduces the remilling in the workpiece assembling process, improves the working environment of the workers and ensures the lawful rights of workers for security and health.

The invention discloses a computing platform implementation method for a neural network. The computing platform reads required data from an external memory, caches the read data and the intermediate calculation result of each operation in an on-chip cache; the method comprises the following steps: reading a first part of data of a feature map required by a first operation from the external memory,executing the first operation and at least one other operation for the first part of data, and storing an operation result for the first part of data back to the external memory; reading a second part of data of the feature map required by the first operation from the external memory, executing the reading operation from the external memory, the first operation and the at least one other operation for the second part of data, and storing the operations back to the external memory. By means of the scheme, the number of times of data carrying between off-chip storage and on-chip cache can be greatly reduced, and therefore the overall processing speed is increased.

The invention relates to a novel continuous edge sealing system for kitchen cabinet plates and a continuous edge sealing method for the novel continuous edge sealing system. The novel continuous edge sealing system comprises a first gas-flotation rolling ball platform, an auxiliary loading device, a first edge sealer, a first roller conveyor, a second edge sealer, a second roller conveyor, a third edge sealer, a third roller conveyor and a fourth edge sealer which are sequentially arranged; a mechanical arm used for regulating a placement direction of plates is arranged above the second roller conveyor; the third edge sealer and the third edge sealer are positioned at the same side; and the second edge sealer and the fourth edge sealer are positioned at the other side opposite to the first edge sealer. According to the novel continuous edge sealing system for kitchen cabinet plates and the continuous edge sealing method for the novel continuous edge sealing system, the defects in the prior art are solved, continuous edge sealing for four ends of the same kitchen cabinet plate are realized, a collision damage rate of plates is reduced, labor intensity and production cost are reduced, and the edge sealing efficiency is improved.

The invention provides an acceleration calculation method of a neural network, an accelerator and a computer readable storage medium. The method comprises the following steps: storing an input matrix in a first data cache region; acquiring a coefficient matrix, decomposing the coefficient matrix into a plurality of coefficient sub-matrixes with a preset size, sliding the coefficient sub-matrixes relative to an input matrix at a preset step length, and performing point multiplication summation calculation on the coefficient sub-matrixes and the input matrix by applying at least one processing unit of a multiply-add array every time the coefficient sub-matrixes slide; obtaining a part and a matrix corresponding to each coefficient sub-matrix; and carrying out accumulation calculation on the corresponding parts of the plurality of coefficient sub-matrixes and the matrix to obtain an accumulation calculation result, carrying out feature calculation according to the accumulation calculation result, and storing a calculation result of the one-layer model in a second data cache region. The invention further provides a neural network accelerator for implementing the method and a computer readable storage medium. The method can reduce the number of data carrying times during neural network calculation, and improves the energy consumption ratio.

The invention discloses a PCB correction method which comprises the steps as follows: a, stacking a plurality of pieces of PCBs into PCB groups, and stacking the PCB groups into a pile, wherein a heat transmission component is placed between every two PCB groups; b, applying pressure to the top of the whole pile of stacked PCB groups and heating for roasting; and c, performing cold pressing on the pile of PCBs. The invention further discloses a PCB correction device which comprises a roaster, and a carrier used for stacking and placing PCBs to be corrected; and the PCB correction device is characterized in that the carrier can be arranged in the roaster in an in-out manner, and is provided with a pressurizing component capable of applying pressure to the whole pile of PCBs simultaneously, and heat transmission components. According to the invention, pressure is applied to the top of the whole pile after the plurality of groups of PCBs to be corrected are stacked into the whole pile, so that the pile of PCBs can be corrected simultaneously, and production efficiency is improved; and compared with the traditional method, the PCB correction method and device for correcting the PCBs, disclosed by the invention, have the advantage that, double-area products can be processed every time.

The invention relates to packaging process production line equipment and an operating method. According to the packaging process production line equipment, a to-be-cased product storage area, a lifting to-be-cased material shelf, a multifunctional workbench, a side-turning type lifting material shelf, a sliding storage rack and a packer are placed sequentially; a packaging case temporary storage rack belongs to a matched tool and is placed separately; and the side-turning type lifting material shelf, the sliding storage rack and the packer are connected through a conveying belt device of the sliding storage rack. Rubber tube packaging equipment and the operating method are studied and adjusted, so that packaging operations are streamlined, plenty of existing waste is eliminated, identification errors are prevented, and the labor intensity of workers is reduced.

The invention discloses a storage splitting method with a tray compact warehouse combined with tray transverse beam goods shelves. The storage splitting method comprises the steps that 1, incoming materials are judged; 2, large-medium-specification whole tray-type materials are conveyed to a warehouse inlet of a tray compact storage unit; 3, large-medium-specification box-type materials are conveyed to the warehouse inlet of the tray compact storage unit; 4, a warehouse management system (WMS) conducts goods allocation according to the goods allocation principle; 5, small-specification box-type materials are carried to tray transverse beam goods shelf stations; 6, small-specification whole tray-type materials are carried to the tray transverse beam goods shelf stations; 7, the WMS automatically arranges material discharge dispatching; 8, the large-medium-specification whole tray-type materials are discharged out of the warehouse through forklifts; 9, the small-specification whole tray-type materials are discharged out of the warehouse after code scanning; 10, large-specification box-type materials are split and supplemented to a large-specification material discharging conveying line; 11, medium-specification box-type materials are split and supplemented to a medium-small-specification material discharging conveying line; 12, the small-specification box-type materials are splitand supplemented to the medium-small-specification material discharging conveying line; and 13, the split materials are discharged out of the warehouse through a material combining and splitting unit. Through the storage splitting method, the problem that a tray compact warehouse is poor in splitting capacity is solved.

The invention discloses a household garbage incinerator. The household garbage incinerator comprises a house body, an incinerator body, a smoke exhausting system, a sorting tank, a septic tank and a drying chamber, wherein the house body is divided into an upper storey and a lower storey; the incinerator body is arranged at the lower storey of the house body and comprises a combustion chamber, a primary smoke chamber and a secondary smoke chamber, an incinerator opening and a feed port are formed in the combustion chamber, the primary smoke chamber and the combustion chamber are internally tangent to the side where the incinerator opening is formed, a first smoke port communicated with the primary smoke chamber is formed in the combustion chamber, the secondary smoke chamber and the primary smoke chamber are internally tangent to the side where the incinerator opening is formed, a second smoke port communicated with the secondary smoke chamber is formed in the primary smoke chamber, and a first smoke exhaust outlet is formed in the secondary smoke chamber; the smoke exhausting system is connected with the first smoke exhaust outlet; the sorting tank is arranged at the upper storey of the house body; the septic tank is arranged at the lower storey of the house body, and a feed inlet of the septic tank is located at the upper storey of the house body; the drying chamber is arranged at the upper storey of the house body and above the incinerator body. With the adoption of the household garbage incinerator, household garbage can be classified, dried, composted and combusted, the smoke treatment effect is good, the land utilization rate is high, and the treatment cost can be reduced.

The invention provides a goods ex-warehouse control method, device and equipment and a computer readable storage medium, and the method comprises the steps: determining a target work station according to the goods information of an ex-warehouse list; candidate material boxes are determined according to the goods information of the current material boxes and the goods information of the ex-warehouse list, and the candidate material box with the lowest transportation cost is determined from the candidate material boxes to serve as a target material box; determining a target robot according to the position information of the target material box; and the target robot is controlled to carry the target material box to the target workstation. By adopting the scheme, the material box which is carried from the storage shelf to the target work station and has the highest carrying efficiency can be selected from the plurality of candidate material boxes to serve as the target material box, so that the conveying time of the target robot for conveying the target material box to the target work station is shortened or the carrying frequency of the target robot is reduced; and the delivery efficiency of the goods is improved.