86results about How to "Reduce printing" patented technology

An inspection system is configured for use with a conveyer apparatus including carrier bars. Each carrier bar conveys pellet-shaped articles along a predetermined path. The inspection system includes at least one camera unit for sensing a predetermined characteristic of the pellet-shaped articles, a removal unit, and a controller. The removal unit, downstream from the at least one camera unit, removes selected pellet-shaped article(s) from the carrier bar(s) depending on whether the characteristic is sensed by the at least one camera unit. The controller is in communication with the at least one camera unit and the removal unit. The controller provides a signal to the removal unit in accordance with the sensed characteristic. The removal unit includes a rotatable ejection drum having extended vacuum nozzles along its length, equal to the number of articles conveyed in each carrier bar. Each vacuum nozzle selectively removes article(s) from the carrier bar(s) by suction.

A system and method facilitating the management of current and prospective customers and customer information is provided. The invention includes an aggregation system adapted to provide management and generation of current and prospective customers. The invention further provides management of current and prospective customer information. Additionally, the aggregation system provides for generating advertisements based at least in part upon market information. Finally, the present invention also includes a printstream aggregation method facilitating the printing of print orders.

The invention discloses an intelligent charging method and system and an intelligent charging pile. The intelligent charging method comprises the steps of: broadcasting information through bluetooth and building wireless communication connection with an electric vehicle; obtaining charging parameter information of the electric vehicle from a cloud server and configuring the charging mode according to the charging parameter information; achieving charging docking with the electric vehicle and charging the electric vehicle according to the charging mode; after charging is completed, automatically cutting off docking and storing the charging record into the cloud server. Through the abovementioned scheme, the purpose that a user conveniently and quickly charges the electric vehicle is achieved, and the charging data information of the electric vehicle can be checked anytime and anywhere, so that the user can better know the service condition of the electric vehicle.

The invention discloses an intelligent charging method and system and an intelligent charging pile. The intelligent charging method comprises the steps that hot spot information is broadcasted through a wireless hot spot, and wireless communication connection is built with an electric vehicle; the charging parameter information of the electric vehicle is obtained from a cloud server, and a charging mode is configured according to the charging parameter information; charging connecting of the electric vehicle is achieved, and the electric vehicle is charged according to the charging mode; and charging is automatically disconnected after being completed, and the charging record is preserved in the cloud server. By means of the scheme, a user can charge the electric vehicle conveniently and efficiently and can look up the charging data information of the electric vehicle anytime anywhere, so that the user knows about the using condition of the electric vehicle better.

The invention particularly discloses a smart non-living food and seafood product transporting and selling vehicle and a sharing system and a business model. the vehicle at least comprises a vehicle chassis and a vehicle body, wherein that vehicle body is provided with a plurality of warehouse for storing raw food and seafood products, a section of the warehouse is communicated with a constant temperature and humidity module, the constant temperature and humidity module comprise a mixed air container, a refrigeration system, a humidification system and a control system connected with the systems; A temperature sensor and a humidity sensor, an oxygen supply system and a wat supply system are respectively arranged in that mix fume hood; a battery management module and a voice interaction module are included; The battery management module comprises a battery pack, a charging module, a charging/discharging chip and a battery monitoring chip.- Through the data exchange between mobile devicesand intelligent terminals and between cloud servers, it can be used not only as a transportation and circulation of goods, but also as a mobile goods sales vehicle, which creates a new business modelthat combines sales and logistics and interoperability.

The invention discloses a manufacturing method of a grid array electrode of a crystalline silicon solar cell. The method comprises the following steps: (1) protective film coating; (2) laser grooving; (3) surface activation processing; (4) electroplating: adopting a conventional electroplating power source and a conventional electroplating bath, connecting the cathode of the power source to a pre-treated silicon semiconductor, and connecting the anode of the power source to a conduction metal; and turning on the power source, and electroplating at the current density of 0.5-10 A/dm<2>; and (5) protective film removing. Using the method, the production efficiency is obviously raised to realize the preparation of the electrode array in a shorter time, the prepared electrode is uniform and bright, and meanwhile, the bath solution is easy to be maintained; and compared with the commonly-used chemical plating, screen printing and the like, the remedies used in the method for preparing the electrode by direct electroplating are cheaper, and are easy to be obtained. The invention is beneficial to emission reduction, consumption lowing and production cost decrease; and the method has the advantages of simple operation, high bonding force between the electrode wire and the matrix, uniformity and low void ratio.

The invention relates to a method for transmitting encrypted electronic coupons by using Bluetooth, comprising the steps: connecting a Bluetooth signal transmission terminal to network to transmit thesignals of the encrypted electronic coupons; automatically searching an apparatus having a Bluetooth signal receiving function around the apparatus by the Bluetooth signal transmitting terminal and transmitting the information to the apparatuses and requiring the connection; automatically carrying out an authentication process with the apparatuses by the Bluetooth signal transmission terminal toconfirm user information of the apparatuses when the apparatuses having the Bluetooth signal receiving function agrees to connect; and transmitting the information of the encrypted electronic couponsto the apparatus passing the authentication process by the Bluetooth signal transmission terminal. Therefore, the invention can issue limited coupons to the specific customers without worrying about random copy and propagation by other persons.

Belonging to the technical field of logistics distribution, the invention specifically discloses an intelligent unmanned cooked food and drink transporting and vending vehicle sharing system and a business model established thereon. The intelligent unmanned cooked food and drink transporting and vending vehicle sharing system includes a cloud service center, several intelligent unmanned cooked food and drink transporting and vending vehicles and terminal equipment distributed to users. The intelligent unmanned cooked food and drink transporting and vending vehicle at least includes a chassis and a vehicle body, and the vehicle body is equipped with a warehouse for placing articles. The vehicle also includes a battery capacity management module and a voice interaction module, and the battery capacity management module includes a battery pack, a charging module, a charge and discharge chip and an electric quantity monitoring chip. Through data exchange between mobile devices and intelligent terminals and cloud servers, besides goods transportation and circulation functions, the vehicle also can be used as an aritcle selling vehicle, and a novel sales and logistics combined and interconnected business model is created.

The invention discloses a three-dimensional printing method based on fluid support. The printing method comprises the following steps that (1) a supporting fluid material is prepared, and then is putinto a container; (2) a three-dimensional model to be printed is sliced, and then a printer is used for printing a structure in the supporting fluid material in the step (1); (3) the structure which is printed in the step (2) is enabled to undergo post-curing in the supporting fluid material; and (4) after curing is completed, the printed structure is taken out by using a colander. According to the printing method, a supporting structure does not need to be designed and machined additionally, therefore, the structure range suitable for printing processing can be expanded, the printing yield isincreased, the post-processing process is simplified, and the printing cost is reduced.

The invention relates to the technical field of advanced manufacture, automated car and railway vehicles, in particular to an advanced manufacturing method of a license plate of an automobile appliedto an advanced drive-assisting system. The method sequentially includes the steps that injection molding is conducted, wherein license plate base materials with various shapes are formed through injection molding; pretreatment of the base materials is conducted, wherein the obtained base materials are subjected to dust removal and electrostatic eliminating; vacuum plating is conducted, wherein two vacuum plating layers, an indium alloy plating layer and an oxide protection plating layer are formed on the surfaces of the base materials through vacuum plating, the total thickness is smaller than 1 micrometer, and the thickness of the indium alloy plating layer is controlled within 10-60 micrometers; deplating is conducted, wherein according to the requirements of different automobile license plates, coating-resisting paint is coated on the vacuum plating layers; a colored paint layer is formed, a protection paint layer is formed, bonding with a base is conducted, and inspection and packaging are conducted. According to the manufacturing method of the license plate of the automobile, it can be ensured that the license plate has a good metal feeling, enough strength, high stability, long service life and good production qualification rate, and meanwhile the performance of a radar can be gave full play to as normal.

The invention relates to a big data synchronizing method and a system. The method comprises the following steps: 1) sending the names of the tables and the fields in the tables from an Oracle database in need of synchronizing to a Hadoop cluster; 2) generating a synchronizing table by the Hadoop cluster based on the received names of the tables and the fields in the tables; according to the synchronizing table, loading data in need of synchronizing into the synchronizing table; generating a data file; exporting the data file to a server corresponding the Oracle database; and 3) loading the data contained in the data file on the server by the Oracle database into the Oracle database; According to the invention, a database can be synchronized with Hadoop data in a configuring manner. As long as the names of tables are configured into a database, the tables can be synchronized. In comparison to the prior art, this reduces workload for new scripts and trial tests. Free from new synchronization processes each time, the method and the system achieve high efficiency while reducing costs and risks from failed tests.

A method of making and testing transfer-printable micro-devices on a source wafer includes providing a source wafer comprising a plurality of sacrificial portions spatially separated by anchors, the source wafer comprising one or more test contact pads, providing a micro-device entirely over each of the plurality of sacrificial portions, each micro-device physically connected to at least one anchor with one or more tethers, providing one or more electrical test connections from each micro-device to a corresponding test contact pad, testing the micro-devices through the test connections to determine functional micro-devices and faulty micro-devices, and removing at least a portion of the one or more test connections.

A water based ink set for ink-jet recording, capable of reducing graininess, is composed of a combination of a diluting ink and one or more coloring inks. The diluting ink contains at least water and a water soluble organic agent and does not substantially contain a coloring agent, and the coloring ink contains at least a coloring agent, water and a water soluble organic solvent. In this ink set, the dynamic surface tension of the diluting ink is set to be higher than that of the coloring ink.

The invention relates to the technical field of printing, and particularly discloses ultraviolet offset printing continuous machine white ink and a preparation method thereof. The ultraviolet offset printing continuous machine white ink is prepared from, by mass, 15.0%-25.0% of polyester acrylate oligomer, 10.0%-20.0% of thermoplastic acrylic resin, 40.0%-50.0% of titanium dioxide, 2.0%-3.0% of a dispersing agent, 3.0%-5.0% of a photoinitiator and 10.0%-20.0% of monomers. According to the ultraviolet offset printing continuous machine white ink, the covering power of traditional ultraviolet screen printing ink is compatible with the high-speed printing characteristics of ultraviolet offset printing ink, not only is the covering effect of the UV screen printing ink achieved, but also the high-speed cooperating requirement of the UV offset printing ink is achieved.

A method and system for automatically creating and recommending a set of optimal rules based on a desired print criterion. A print governance application can be configured with respect to a rendering server to analyze one or more rendering jobs submitted within a specified time period by considering each rendering job attributes in order to collect a rendering data. A desired print criterion can be entered by an administrator in order to manage the rendering job behavior. The collected rendering data can be analyzed to dynamically create the set of optimal rules by a rules engine in order to achieve a desired level of reduction with respect to each user based on the desired print criterion. The rules can be accepted by default and/or presented to the user for acceptance with an equated level of reduction. Such an approach provides the best fit rule to automatically reduce print output costs and lower paper wastage.

A paper conveyance device for a printing device is disclosed that includes a detector and first, second, and third conveyance mechanisms. The first conveyance mechanism includes a tractor that conveys continuous paper along a paper feed direction. The second conveyance mechanism is disposed between the first conveyance mechanism and a print head and includes feed and pressure rollers. The third conveyance mechanism is disposed downstream from the print head and includes feed and pressure rollers. The detector detects the paper feed distance of the first conveyance mechanism and the rotation of the feed roller of the second conveyance mechanism, and adjusts the paper feed distance of the first conveyance mechanism based on the detected paper feed distance. A paper feed distance per unit time of each of the second and third conveyance mechanisms is greater than a paper feed distance per unit time of the first conveyance mechanism.

The invention relates to a method for preparing a solar cell used for a PERC (Passivated Emitter and Rear Cell) imbrication component. The method comprises the following steps of: a step of providingof a silicon wafer: providing a silicon wafer as a raw material for preparing a solar cell; a step of diffusion junction making: forming an interface of an N-type semiconductor and a P-type semiconductor on a silicon wafer, namely a PN junction; a step of back passivation: applying a layer of back passivation film on the back of the silicon wafer; a step of plating of a back protective film: depositing a protective film on the back passivation film by adopting a PECVD (Plasma Enhanced Chemical Vapor Deposition) method; a step of laser grooving: grooving the back passivation film and the back protective film through laser ablation to expose the silicon wafer; a step of silk-screen printing, wherein the front surface of the silicon wafer is subjected to silk-screen printing by using noble metal slurry to obtain a main grid line and a secondary grid line, and the aluminum slurry is only used to perform silk-screen printing on the back of the silicon wafer, so that aluminum back surface field coverage of the solar cell is achieved; and a step of rapid sintering, wherein ohmic contact is formed, and the photogenerated carriers can be collected and conducted to the outside. The inventionalso relates to a solar cell for a PERC imbrication component.

The invention discloses a manufacturing method of a cold cathode planar light source, sealing materials are coated at the peripheries of a front substrate and a back substrate which are equipped with electrodes, dielectric layers and fluorescent powder layers, the space between the front substrate and the back substrate is not sealed, clamps are used for accurate contraposition of the two substrates, the front and back substrates are further arranged in a closed cavity, the heating and exhaust of the interior of the cavity are carried out, when the vacuum degree achieves 10 to 10 Pa, the exhaust is stopped, a discharge gas is filled in the cavity, the gas filling pressure is 80T/Tr to 101.3T/Tr kPa by selection, T is the temperature of the substrates during the gas filling, Tr is the room temperature, the sealing materials are melt under the high temperature, the temperature of the cavity is then decreased, the sealing materials are gradually cured, thus completely sealing the front and back substrates; when the temperature is decreased to the room temperature, the manufactured cold cathode planar light source is taken out from the cavity, and the internal pressure of the light source is 0.8 to 1 atmospheric pressure. The usage of the manufacturing method can simplify the manufacturing process of the cold cathode planar light source, reduce the manufacturing cost and reduce the thickness of the planar light source.

The invention provides a financial terminal transaction voucher acquisition method. The method comprises an acquisition step, and the acquisition step comprises steps that the transaction information of transaction at present is acquired by a financial terminal after transaction is accomplished; the key information of the transaction information is extracted by the financial terminal to generate an electronic picture voucher; the electronic picture voucher is outputted by the financial terminal. The acquisition system comprises a determination module, a first acquisition module, a generation module and a first output module. Compared with the prior art, the electronic picture voucher is generated by the financial terminal and is outputted, the electronic picture voucher is further sent to a background terminal for storage, paper-based voucher printing can be realized, and cost is saved; through comparing a first check code of the electronic picture voucher with a second check code acquired through calculation carried out by the background terminal, and the anti-counterfeiting function is realized.

The invention provides a printing unit for a printer, which comprises an inking unit, a transfer cylinder (14) and a forme cylinder. The inking unit is used for applying the printing ink onto at least one printing form on the forme cylinder. The printing ink positioned on the basis of each printing forme has at least one on the transfer cylinder (14) as a blanket or blanket plate (23) formed transfer form on a substrate to be printed (21) coatable, wherein between the transfer cylinder (14) and the or each blanket or between the transfer cylinder (14) and a metal support (24) of the or each blanket plate (23) a contact structure (28) is positioned, that is either with the transfer cylinder (14) or with the metallic support (24) of the respective rubber blanket plate (23) connected.

The invention specifically discloses an intelligent unmanned intelligent file data transporting and selling vehicle and a sharing system, At least a vehicle chassis and a vehicle body are include in that truck, A plurality of warehouses for storing documents and materials are arranged on the vehicle body, the warehouse is provided with multi-layer document shelves, Used to place files neatly, A warehouse or warehouses in which one or more of a plurality of warehouses is provided as a safe deposit box function, Set multiple safety locks, ensure the safety of valuables, state identification of that article is also set, monitoring device, the warehouse sets up the corresponding moisture-proof according to the category, Structural design of anti-theft, the warehouse is detachably mounted separately from the vehicle body, to facilitate the replacement of the type of article being transported, The warehouse is provided with a fixed device or the structural warehouse is provided with a waterproof shell, and the data exchange between the mobile device and the intelligent terminal and between the cloud servers can realize the use of the mobile device and the intelligent terminal as a mobilearticle sales vehicle in addition to the transportation and circulation of the articles, thus creating a new business mode in which the sales and the logistics are combined and intercommunicated witheach other.

The present invention is one universal fast electronic and manual Chinese character processing method. It is based on one 'universal code table', and is universal for both electronic and manual Chinese character processing. It is simple and fast, and has many other advantages.

The invention provides a control method of intelligent cupping and belongs to the technical field of intelligent cupping. The method is characterized in that a vacuum pump, a deflation valve, an infrared heater, a pressure sensor and temperature sensors are used to provide control strategies such as respiratory negative pressure control and temperature gradual change, a sleep-improving specific operation procedure with long cup retaining time is put forward, and safety use and convenient description of cupping are achieved. By the control method, cupping operation becomes simple and convenient, the skill requirements on a user are quite low, and cupping marketization is benefited.