Abstract: The transfer robot includes: a chassis assembly, a lifting device arranged on the chassis assembly, and a pick-and-place assembly arranged on the lifting device. The lifting device is configured to drive the lifting of the pick-and-place assembly. The auxiliary support device is connected to the pick-and-place assembly and includes a driving assembly, a transmission assembly, and a support assembly. The driving assembly is connected to the support assembly by the transmission assembly to drive the support assembly to extend in a first direction relative to the pick-and-place assembly until the support assembly abuts against or separates from carriers at two sides of the transfer robot. The auxiliary support device is arranged on the pick-and-place assembly and is configured to extend to a position abutting against the carriers to support the transfer robot in the process of picking up and placing a container.

Abstract: A lighting device is provided. Which includes a lighting component, a lamp holder component; the lighting component is connected to the lamp holder component; the lighting component includes a translucent body, a lighting base, a first electrical connector, a battery, a light-emitting component, and a first magnetic attraction member; the transparent body is connected to the lighting base, the first electrical connector is detachably connected to the lighting base. The battery, the light-emitting component, and the first magnetic attraction member are located in the lighting base; the first electrical connector is provided with a screw mouth configured for transmitting power. Through the lighting component and the lamp holder component, the assembly of the lighting device is flexible and versatile, and the use range is increased.

Abstract: An inductive coupling coil is provided, including an inner coil, a middle coil, an outer coil and a first variable capacitor. The middle coil surrounds the inner coil, and the outer coil surrounds the middle coil. The inner coil and the middle coil are connected in series in a first path. A first terminal of the first path is configured to be connected to a radio frequency power source, and a second terminal of the first path is configured to be connected to ground. The middle coil is connected to the first variable capacitor in parallel. The outer coil is in a second path. A first terminal of the second path is configured to be connected to the radio frequency power source, and a second terminal of the second path is configured to be connected to the ground.

Abstract: A provider network implements a machine learning deployment service for generating and deploying packages to implement machine learning at connected devices. The service may receive from a client an indication of an inference application, a machine learning framework to be used by the inference application, a machine learning model to be used by the inference application, and an edge device to run the inference application. The service may then generate a package based on the inference application, the machine learning framework, the machine learning model, and a hardware platform of the edge device. To generate the package, the service may optimize the model based on the hardware platform of the edge device and/or the machine learning framework. The service may then deploy the package to the edge device. The edge device then installs the inference application and performs actions based on inference data generated by the machine learning model.

Abstract: A rechargeable wall lamp is provided, which includes a front shell, a rear cover, a rechargeable battery, a carrier plate, a light emitting component, and a circuit board; an interior of the front shell includes an accommodation space, a front side of the front shell is provided with a translucent recess, a bottom of the translucent recess is hollowed out to communicate with the accommodation space, the rear cover is fixed to a rear side of the front shell to cover the accommodation space; the carrier plate is fixed to the front shell and located in a bottom hollow area of the translucent recess. The light emitting component is provided on one side of the carrier plate facing a notch of the translucent recess. The rechargeable battery and the circuit board are provided in the accommodation space. The rechargeable battery is connected to the circuit board.

Abstract: An anti-breakdown ion source discharge apparatus includes a discharge chamber, a coil support, an upper insulation fixing block, a discharge component and an ion source chamber. The discharge component includes a radio-frequency coil, a lower conductive connector and an upper conductive connector. The radio-frequency coil is fixed on a coil support base; the coil support base is clamped on an inner wall of the bottom of the ion source base; the coil support is along the circumference of the coil support base; the radio-frequency coil passes through the coil support; the upper conductive connector passes by the radio-frequency coil and the coil support base from the outside of the radio-frequency coil and extends into the bottom of the discharge chamber; and the upper insulation fixing block is sleeved over the upper conductive connector and is fixed on the inner wall of the bottom of the ion source chamber.

Abstract: A system/method for a cloud game can improve sharing to a social application that is locally running on a terminal. The system/method improves the scalability of cloud games, provides improved information processing, improves the sociality of cloud games, achieves a high degree of dissemination of cloud games, improves the degree of participation of players in cloud games, and improves the interaction rate of cloud games. The system/method includes logging, by a terminal, in to a cloud game installed in a server based on a trigger instruction of a cloud game login portal, transmitting an operation instruction to the server on which the cloud game is installed, and receiving sharing information including data to-be-shared transmitted by the server. The terminal can share the data to-be-shared to a target social application.

Abstract: A high-temperature superconducting plasma thruster system, having variable temperature ranges and being applied in space, is provided. The high-temperature superconducting plasma thruster system includes: a cathode-anode assembly, a high-temperature superconducting magnet system, a supporting and adjusting platform, a power-and-gas supply and cooling system, and an obtaining control system. The cathode-anode assembly is disposed at a center of a ring of the high-temperature superconducting magnet system; the cathode-anode assembly and the high-temperature superconducting magnet system are spatially engaged with each other by the supporting and adjusting platform to form a main body of the thruster system; the power-and-gas supply and cooling system and the obtaining control system are located outside of the main body of the thruster system and are connected to the cathode-anode assembly and the high-temperature superconducting magnet system.

Abstract: A reaction chamber lining including an annular side wall and a flange arranged on an upper portion of the side wall. An end face of the flange extends from the side wall in a radial direction, an outer edge of the flange extends in the radial direction to form fixing flanging parts, and a hole is in each of the fixing flanging parts. The side wall includes a rectangular slot, and a position of the rectangular slot corresponds to a position of a robotic arm access hole in a side wall of a reaction chamber. The side wall includes through holes and honeycomb-shaped apertures. A face joined to the bottom of the side wall includes a disc extending inwards in the radial direction, an extending end of the disc is fitted with an outer edge of an electrode assembly. A plurality of circles of slotted holes are in the disc.

Abstract: Embodiments of the present disclosure disclose a method and apparatus for generating an image file and a computer-readable storage medium. The method includes: receiving an image file generation request, the image file generation request carrying an application installation file; loading a basic image file of an operating system in a preset system area according to the image file generation request, to start the operating system; installing an application corresponding to the application installation file in the operating system, and running the application to obtain a system dataset after the application is run and attribute information of the application; identifying application data corresponding to the application from the system dataset according to the attribute information of the application; and merging the application data with the basic image file to generate an image file of the application.

Abstract: A high-temperature superconducting plasma thruster system, having variable temperature ranges and being applied in space, is provided. The high-temperature superconducting plasma thruster system includes: a cathode-anode assembly, a high-temperature superconducting magnet system, a supporting and adjusting platform, a power-and-gas supply and cooling system, and an obtaining control system. The cathode-anode assembly is disposed at a center of a ring of the high-temperature superconducting magnet system; the cathode-anode assembly and the high-temperature superconducting magnet system are spatially engaged with each other by the supporting and adjusting platform to form a main body of the thruster system; the power-and-gas supply and cooling system and the obtaining control system are located outside of the main body of the thruster system and are connected to the cathode-anode assembly and the high-temperature superconducting magnet system.

Abstract: The present invention provides a rotatable faraday cleaning apparatus and a plasma processing system, said apparatus comprising a cavity cover, a motor, an eccentric wheel, a long-petalled assembly, a coupling window, a gas intake nozzle, a connecting rod, a short-petalled assembly, a first sector-shaped conductor, and a second sector-shaped conductor; the cavity cover is assembled on a reactor cavity main body, the coupling window is mounted on the cavity cover, the gas intake nozzle is provided on the coupling window, the first sector-shaped conductor is assembled on the gas intake nozzle, the second sector-shaped conductor is assembled on the gas intake nozzle, the long-petalled assembly is assembled on the gas intake nozzle, the short-petalled assembly is assembled on the gas intake nozzle, the connecting rod is assembled on the long-petalled assembly, the eccentric wheel is assembled on the connecting rod, and the motor is mounted on the eccentric wheel.

Abstract: Implementations relating to service information communication methods and electronic devices are provided. One method includes: communicating, by a terminal device based on token information, first service information of a first service with an Internet of things (IOT) server corresponding to the first service, wherein the token information is obtained from the IoT server by the terminal device after performing authentication with the IoT server based on user information of the terminal device, and wherein the token information is used by the terminal device to communicate with the IoT server, and communicating, by the terminal device, second service information of the first service with an IoT terminal device corresponding to the first service, wherein the second service information is associated with the first service information, and wherein the user information of the terminal device is same as user information of the IoT terminal device.

Abstract: Embodiments of the present disclosure disclose a method and apparatus for generating an image file and a computer-readable storage medium. The method includes: receiving an image file generation request, the image file generation request carrying an application installation file; loading a basic image file of an operating system in a preset system area according to the image file generation request, to start the operating system; installing an application corresponding to the application installation file in the operating system, and running the application to obtain a system dataset after the application is run and attribute information of the application; identifying application data corresponding to the application from the system dataset according to the attribute information of the application; and merging the application data with the basic image file to generate an image file of the application.

Abstract: The present invention provides a device for blocking plasma backflow in a process chamber to protect an air inlet structure, comprising an air inlet nozzle tightly connected to an air inlet flange. The inner cavity of the air inlet nozzle is provided with an air inlet guide body, wherein the air inlet guide body has an upper structure, a middle structure, and a lower structure, the upper, middle, and lower structures are an integrated structure, the upper, middle, and lower structures are all cylindrical, the cross-sectional diameter of the upper structure is smaller than that of the middle structure, a gas gathering area is arranged between the middle structure and the lower structure, and the middle structure and the lower structure are connected by the gas gathering area.

Abstract: Disclosed in the present application is an inductively coupled plasma treatment system. Said system switches the connection between a radio frequency coil and a faraday shielding device by means of a switch switching radio frequency power. When a radio frequency power supply is connected to the radio frequency coil by means of a matched network, the radio frequency power is coupled into the radio frequency coil to perform plasma treatment process. When a radio frequency power supply is connected to a faraday shielding device by means of a matched network, the radio frequency power is coupled into the faraday shielding device to perform cleaning process on a dielectric window and an inner wall of a plasma treatment cavity.

Abstract: A double-wall multi-structure quartz cylinder device, belonging to the technical field of ion beam etching. The device specifically includes a quartz cylinder outer wall, at least one quartz cylinder inner liner being provided inside the quartz cylinder outer wall, axes of the two coinciding with each other, and a quartz cylinder inner liner support being connected between the quartz cylinder inner liner and the quartz cylinder outer wall. The quartz cylinder outer wall and the bottom of the quartz cylinder inner liner are connected to a grid mesh, most of etching by-products will be sputtered onto an inner surface of the quartz cylinder inner liner through voids of the grid mesh, and less etching by-products will be attached to an inner wall of the quartz cylinder outer wall, such that the whole radio frequency circuit is less affected by contamination.

Abstract: A lifting and rotating platform device includes a closed housing, a rotary shaft, a rotation driving unit, and a lifting driving unit. The closed housing includes an upper housing, a lower housing, and a middle corrugated pipe connected therebetween. The rotary shaft passes through a shaft hole at an upper end of the upper housing. A dynamic seal is between the rotary shaft and the shaft hole. An object bearing platform is at an upper end of the rotary shaft located outside the closed housing. The rotation driving unit is mounted in the upper housing; and is used to drive the rotary shaft to rotate within the shaft hole. The lifting driving unit is mounted in the lower housing; and is used to drive the rotary shaft to ascend or descend in an axial direction.

Abstract: The present disclosure provides a cooling structure of heat pipe for superconducting magneto plasma dynamic thruster having a cylindrical structure and includes a cathode, an intermediate connector and an anode. The cathode is arranged inside the intermediate connector, the anode is arranged outside the intermediate connector; the cathode is provided with a cathode cooling mechanism, and the anode is provided with an anode cooling mechanism. The cathode cooling mechanism includes a cathode heat pipe and a cathode heat dissipation fin. The anode heat pipe cooling mechanism includes an anode heat pipe and an anode heat dissipation fin.