38 results about "Screenless" patented technology

Methods are provided that include a method of a) placing a hydrojetting tool into a subterranean formation; b) introducing a jetting fluid that includes an aqueous base fluid, a stabilizing agent, and a cutting agent into the subterranean formation by use of the hydrojetting tool at a rate sufficient to create at least one fracture; c) introducing a slug fluid that includes an aqueous base fluid and a degradable diverting agent into an annulus formed between the hydrojetting tool and the subterranean formation; d) introducing a propping fluid that includes an aqueous base fluid and proppants coated with a consolidating agent into the annulus formed between the hydrojetting tool and the subterranean formation; and e) placing the proppants in the fracture.

A secondary containment system is used with a screenless reactor. The secondary containment system includes a screen sized to prevent the passage of catalyst particles, and is affixed to the screenless reactor with supports to hold the screen a desired distance from the reactor.

A videophone device including two units 30, 34 is disclosed. When decoupled from each other, the first unit is a mobile phone 34 (for example, a cellular phone or a VOIP phone) that provides voice telephony services, and the second unit 30 is a video playback device (for example, an MP4 player) that provides media playback services. When coupled to each other to form a ‘tandem device’32, the tandem device 32 is operative to provide video telephony services using an onboard CODEC 224 of the media playback device, a screen 250 of the media playback device, and an RF transceiver 130 of the mobile phone. Various packaging features are disclosed. A tandem device including a screenless GPS device 330 and a mobile phone is also disclosed herein.

A better way of replaying a video picture, using a small screenless portable DVD player, is disclosed. As a handy and easy way of charging a mobile telephone is also described by using the screen of the mobile telephone as a screen for a small screenless portable DVD player, and by connecting the small screenless portable DVD player with the mobile telephone with only one cable which transmits both picture signal and sound signal, use of the mobile to play DVDs is made easier. Moreover, by providing a USB terminal that provides electric power from the battery pack of the small screenless portable DVD player, on the side of the DVD player, and by charging electric power to the battery of the mobile telephone through this USB terminal, the mobile telephone is conveniently charged by the ordinarily larger battery of the DVD player.

The invention discloses a screenless processing technology for a printing roller. The screenless processing technology comprises the following steps of (1), a copper plating process, (2), a grinding and polishing process, (3), an engraving process and (4), a chromium plating process. By means of the technology, the problems that an existing pattern has the rich color level changes and not only has large color lumps with the deep color and high color density, but also has transition layers with the light color and gentle color, and when a color plate of one image data is engraved, unified parameters cannot be engraved at the same time are solved, the pattern with the same layer as an original engraving piece, the depth higher than that of the primary engraving and the higher thickness is formed, and the two-plate printing effect can be achieved through one printing roller for customers.

The embodiment of the invention discloses an information recommendation method, apparatus and device and a medium, and relates to an information processing technology. The method includes: extractingan entity that a user pays attention to from the user's human-computer interaction dialogue; establishing a user interest model for the user according to the entity that the user pays attention to andattributes of the entity; sorting to-be-recommended information according to the user interest model, and recommending the sorted to-be-recommended information to the user. According to the information recommendation method, apparatus and device and the medium, the sorting and tuning of the recommended content in a screenless environment are implemented.

A method and apparatus for information pushing are provided, wherein the method comprises: receiving voice information and facial feature information from a target object, identifying a first contentin the speech information, determining a target object corresponding to the facial feature information, and determining a second content consistent with the first content, pushing the second content to the target object, by adoption of the technical scheme, the target object is searched by facial feature recognition, even if the device that currently performs facial feature information recognitionis screenless interactive, the invention also can display the content requested by the target object and the target object, solves the problem that the service content cannot be provided to the userwhen the screen-less interaction is carried out in the related technology, ensures the timely pushing of the information, increases the use range of the screen-less device, and improves the user experience.

The invention relates to a screenless printing advertising cloth. The existing printing advertising cloth is poor in bonding fastness, and the production process of the existing printing advertising cloth is also complex, which results in relatively low yield. The screenless printing advertising cloth comprises a PVC surface layer and a PVC bottom layer; the screenless printing advertising cloth is characterized in that a PET film is arranged between the PVC surface layer and the PVC bottom layer, the PVC surface layer and the PVC bottom layer are pre-coated with a glue layer, and then the PVC surface layer and the PVC bottom layer both coated with the glue layer are fitted with the PET film by virtue of hot melting, and moreover, a PVC black film is additionally arranged between the PVC surface layer and the PVC bottom layer. The screenless printing advertising cloth has the advantages that the production process of the PET advertising material is effectively shortened and the processing steps for the PET film are reduced. The PET film is always kept flat without wrinkling during production and the rate of finished products is effectively increased.

A screenless reactor design is presented. The reactor includes a series of overlapping vanes where solid catalyst can cascade down the vanes. Gas flows across the catalyst by flowing through the vanes contacting the catalyst and then disengaging from contact with the solid catalyst particles.

An apparatus for contacting a bed of particulate material with a cross flowing fluid, which maintains the bed of particulate material within a retention volume. The apparatus includes partitions for retaining particles, with apertures disposed within the partitions. The apertures are covered by louvers that extend above the edges of the apertures to prevent solid particles from spilling through inlet apertures.

The present invention discloses a method for preparing a PERC (Passivated Emitter and Rear Cell) screenless printing single crystal solar cell sheet. A single crystal silicon wafer is used as a base material, and the PERC screenless printing single crystal solar cell sheet is prepared by the sequential steps of texture surface making, diffusion, etching, back passivation, anti-reflection film plating, laser grooving on the back surface, back electrode, back electric field and positive electrode printing, sintering, and light failure reduction. The step of back passivation is to plate Al2O3 andSiNX on the back surface of the silicon wafer; the step of the anti-reflection film plating is to plate the SiNX on the front side of the silicon wafer; and the step of the back electrode, back electric field, and positive electrode printing is to use silk-screen printing, and the positive electrode printing plate uses a screenless printing plate. According to the method for preparing the PERC screenless printing single crystal solar cell sheet provided by the present invention, the LID of the cell sheet can be reduced to around 1%, the power of the component product is improved, conversion efficiency is high, and both the grade and electrical properties are significantly improved.

The invention discloses an XY-type screenless self-service vending terminal and a goods track position calibration method thereof. The self-service vending terminal is provided with an MCU, an XY-typegoods receiving mechanism and multiple rows of goods tracks. The XY-type goods receiving mechanism is connected with the MCU. The self-service vending terminal does not have a display screen. The method is characterized by comprising the following steps of: (1) association step: associating the self-service vending terminal with a calibration device; and (2) calibration step: maintaining the calibration device in communication with the self-service vending terminal; using the calibration device to control actions of the goods receiving mechanism of the self-service vending terminal to achievethe position calibration for the goods tracks. The XY-type screenless self-service vending terminal and the goods track position calibration method thereof are easy to implement and flexible.

A plurality of screenless panels for a grain dryer having a plurality of cut outs to receive forced heated air from a heating system. The panels have a plurality of deflectors attached above the cut outs of the panels such that debris and grain fines is prevented from obstructing airflow. The deflectors have a connecting section and a deflecting section that is bent away from the connecting section along a bend line. The deflectors are connected to the panels by bolts placed through aligned apertures in the panels and deflectors.

The invention discloses a discharging mechanism of energy-level molecular material cell tearing equipment. The discharging mechanism is characterized by comprising a baffle, at least one material guide outlet penetrating through the baffle, and at least two negative feedback pressure adjusting holes formed in the periphery of the material guide outlet. During actual working, the baffle is arranged on an energy field cavity of the cell tearing equipment and serves as a side surface of the energy field cavity, and materials with large mass are thrown to the edge of the energy field cavity by centrifugal force under the action of centrifugal and centripetal forces in the energy field cavity; materials with small mass are collected to the center of the energy field cavity by the centripetal force under the action of a pressure difference, so that the materials are guided out and collected by the material guide outlet and screenless separation of the materials is realized. Particularly, when the materials are guided out, feedback air pressure is injected into the negative feedback pressure adjusting holes at the same time to effectively guarantee that the materials are guided out stably and uniformly.

The invention relates to the technical field of automobiles, and in particular to a display and control method and a display and control system for a screenless driving recorder. The display and control method of the screenless driving recorder comprises the steps that: the driving recorder is connected with an automobile central control system by means of a USB cable; and a display unit in the automobile central control system acquires display output data of the driving recorder and displays the data. The video data of the driving recorder can be viewed by means of the automobile central control system without the need of connecting a mobile phone additionally by means of WIFI, thus the limitations in use in the prior art are removed, and the driving recorder does not need to be equippedwith a WIFI module, thereby greatly saving the cost of the driving recorder.

The invention discloses a screenless TV playback method based on cloud watching. The method comprises: a setting account of a screenless TV is created on a cloud end, and the setting account can store corresponding screenless TV storage content and parameters; when started, the screenless TV can read the storage content and the parameters of the screenless TV stored on the cloud end according to the setting account; and the screenless TV is configured according to the storage content and the parameters read from the cloud end and displays to audience. The audience can select TV program freely on the network, can customize the watching mode freely, and can set different watching modes. The method meets the watching demands of family members of different ages, so that watching TV can become a true enjoyment.

The invention relates to the field of screen-free projection devices for intelligent teaching, in particular to a screen-free projection device for intelligent teaching. The projection device comprises a main body mechanism, a fixing mechanism, an adjusting mechanism, a heat dissipation mechanism, a limiting mechanism and a cleaning mechanism; the fixing mechanism is shifted, then the fixing mechanism clamps and fixes the side wall of a projector, the adjusting mechanism is rotated, then the adjusting mechanism adjusts the placing angle of the projector, and the tedious steps that an operator needs to reinstall the projector are reduced; the heat dissipation mechanism is started, so that the heat dissipation mechanism dissipates heat of the working projector when rotating; the limiting mechanism is pressed and rotated, so that the limiting mechanism is separated from the main body mechanism, an operator can conveniently mount and dismount the projector, and dust prevention of the main body mechanism is facilitated at the same time; and when the fixing mechanism slides, gas in the cleaning mechanism is discharged out of the main body mechanism, so that the main body mechanism is convenient to clean, and meanwhile, the pressure of the fixing mechanism is also convenient to release.

The invention relates to a method for testing keyboard-free and screen-free equipment. The method comprises the following steps: 1) physically connecting a POS machine with a PC through a serial portline; 2) running a test program, and executing an operation of opening the serial port by the test program; 3) opening serial port tool software, and opening a serial port; 4) when the test code needsto output the information, exeucting a serial port writing operation by the test program, and uploading a test result and the information required in the test process to an output display area of theserial port tool software; and (5) when key input is needed in the test process, inputting characters expected by the test program by the PC keyboard, sending the input characters to the POS machineby the serial port tool software, executing serial port reading operation by the POS terminal, and after the test program reads data, executing corresponding operation according to the read data.