16 results about "Direct transfer" patented technology

This invention relates to a micro-LED display device and its manufacturing method, belonging to the field of semiconductor display technology. By forming a first encapsulation layer on a temporary carrier board, the first encapsulation layer encapsulates a plurality of micro-LED units. The first encapsulation layer is patterned to form a plurality of first through-holes exposing the temporary carrier board, such that there is a first through-hole between adjacent micro-LED units. A first magnetic pillar is formed in the first through-hole. Through this arrangement, the plurality of micro-LED units become a single unit, and a magnetic pillar is provided between adjacent micro-LED units. On the one hand, the multiple micro-LED units can be directly transferred to the driving substrate, greatly reducing the number of transfers and lowering the difficulty of precision control. On the other hand, the first magnetic pillar enables precise alignment, improving transfer accuracy.

The present application relates to a kind of growth substrate assembly, light emitting component and its manufacturing method, growth substrate is equipped with several light emitting chips, the bottom surface of each light emitting chip is away from growth substrate and grows positive electrode and negative electrode;There is hot melt adhesive layer on the growth substrate, and the bottom surface of light emitting chip is partially covered, and the positive electrode, the negative electrode and the region between the two on the bottom surface of light emitting chip are exposed to hot melt adhesive layer;When the light emitting chip on the growth substrate is transferred to the circuit board, the side of growth substrate grown with light emitting chip is set with the side of circuit board with chip bonding area after alignment, then heat hot melt adhesive layer at least to make the region covered on the bottom surface of light emitting chip liquefied and flow to the glue column formed on the two sides of circuit board in light emitting chip, the channel formed by the glue column on the two sides of light emitting chip after being peeled off from growth substrate falls on the corresponding chip bonding area, so as to realize the direct transfer of light emitting chip to the circuit board, transfer efficiency is higher, and transfer cost is lower.

Pallet carousel (2) for a labeling unit (1), with pallets (3) distributed around it and pivotable in / against their direction of rotation (2b) for receiving labels (5) and for their direct transfer to containers (7), in particular bottles, characterized by individually controllable motor drives, in particular immersion coil drives (12), with which the pallets (3) can be extended / retracted linearly transversely to their pivot axes (4b).

Methods and systems are described for efficient data movement between various components in an image processing system. In a first mode, a dedicated data bus is configured for direct transfer of image data between an ISP core and a video core and / or a display core. Using the bus, the video core and / or display core can request data from the ISP core. The ISP core transmits data to the video core and / or display core in response to the request. If the video core is unable to process incoming data from the ISP core at the rate at which the ISP generates data, it can apply back pressure to the ISP core to pause data transmission, e.g., by not consuming data transmitted from the ISP core. In a second mode, data transfer is performed using a cache or buffer as an intermediary.

The upper surgical field for cesarean section intervention with neonatal transfer aims to eliminate the current limitations of the "humanized cesarean" by creating a circuit for direct transfer of the newborn to its mother within the surgical field and without altering asepsis. This internal communication is achieved by means of a sterile main drape with a fenestration in its caudal portion that continues perpendicularly with a transfer module located over the maternal thorax, a non-sterile area, with an integrated closure system. Additionally, the main drape has a secondary drape designed to seal the fenestration. This surgical field allows for maintaining sterility during neonatal transfer, optimizes delayed clamping of the umbilical cord, ensures the preservation of heat and continuous visualization of the newborn, achieves immediate skin-to-skin contact, and increases maternal participation in welcoming the newborn.

This invention discloses a unified access and intelligent migration system and method for heterogeneous storage. The unified access and intelligent migration system for heterogeneous storage includes: a data source layer, a core adaptation layer, and an intelligent management layer. This invention adopts a direct transfer mode, significantly improving cross-storage migration speed; all storage systems support multiple file format editing, achieving unified functional support; the automatic policy hit rate is high, improving the effectiveness of migration strategies; and it integrates multiple storage protocols, enhancing system compatibility.

The invention relates to a rear bumper assembly (130) for a motor vehicle (100), comprising a crash structure (150) and a cover (140) covering the crash structure (150). The crash structure (150) has load transfer elements (152) that extend rearward through the cover (140), which are extended before a collision (K) and then allow the collision energy to be transferred directly into the crash structure (150). The invention further relates to a motor vehicle (100) with such a rear bumper arrangement (130).

This invention discloses a support column locking type submarine cable swivel system for deep-sea construction vessels, comprising a rotating cable carrier swivel, a cable swivel support and fixing system, a pressure-bearing column locking device, and a column lifting hydraulic cylinder. This system, through the support column locking mechanism, directly transfers the static / dynamic load of a fully loaded cable swivel to the pressure deck of the hull under harsh sea conditions, avoiding overload damage to traditional hydraulic support rollers. The rotating cable carrier swivel is equipped with a liftable cable swivel rotation mechanism, allowing the cable swivel to be raised and detached from the support rollers during the locking phase, and rigidly fixed by the pressure-bearing column locking device. This system enables rapid locking and unlocking, significantly shortening the vessel's state transition time, improving the efficiency of deep-sea operations, and avoiding hydraulic system failure and roller fatigue damage caused by long-term pressure. This invention is applicable to the transportation and laying of submarine cables of tens of thousands of tons, and features high safety and reliability.

The present application relates to a kind of green metatitanic acid fast direct transmission deviating crystallization system of green metatitanic acid, including desulfurization tower, induced draft fan, bag dust collector, scattering dryer, high-temperature fan, cyclone one cylinder, suspension calcining furnace, cyclone two cylinders.The present application uses suspension calcining technology to produce titanium dioxide, uses green electricity as electric energy, recycles and utilizes the byproduct carbon dioxide, is conducive to product zero-carbon production, promotes the carbon neutralization of titanium dioxide industry.

The application discloses a single-stage staggered equalization circuit of a battery energy storage system, which comprises a plurality of battery equalization modules, and the output end of an energy storage system in each battery equalization module is connected with the input end of an integrated cascaded multi-port converter through a switch array, and the output end of the integrated cascaded multi-port converter is connected with the input end of an energy storage system in another battery equalization module. In this way, the plurality of battery equalization modules can be connected in a staggered mode, parallel equalization of multiple batteries and the plurality of battery equalization modules is realized, and energy can be exchanged between single batteries and the battery equalization modules and directly transferred between the single batteries.

This invention relates to a glass curtain wall hoisting construction device and method, comprising a suspended platform system, a hoisting system, and a construction system. The hoisting system includes a winch, auxiliary ropes, and glass lifting tools. The construction system includes a transverse track, a transverse base, a longitudinal base, a support frame, a loading plate, an adjusting cylinder, and a locking cylinder. The central area of ​​the loading plate is hinged to the support frame, and the central area of ​​the loading plate has a loading hole adapted to a connecting shaft. The connecting shaft has a locking hole, and the locking cylinder is fixed around the loading hole. The two ends of the adjusting cylinder are respectively hinged to the loading plate and the support frame. This invention, using a suspended platform, glass lifting tools, and loading plate structure, enables rapid glass assembly. It allows direct transfer of glass to the suspended platform for position transfer and wall mounting, improving construction efficiency. It facilitates auxiliary personnel to mount and secure the glass to the wall from the outside. It has advantages such as simple operation, high construction efficiency, and strong safety, and is suitable for glass curtain wall construction of various scales.

The application provides a laser frequency stabilization system and method based on optical multi-frequency point cooperative locking, and relates to the technical fields of laser frequency stabilization and precision measurement. The system comprises a tunable laser unit, a multi-sideband modulation unit, an error signal generation unit and a feedback control unit. The multi-sideband modulation unit uses a controllable first radio frequency signal to modulate the phase of the laser to generate multiple sidebands; the error signal generation unit obtains a time domain electrical signal through frequency discrimination modulation. The feedback control unit calculates a total frequency discrimination error signal after the coherent superposition of multiple error signals, generates a feedback control signal according to the total frequency discrimination error signal and outputs the feedback control signal to the tunable laser unit to realize the locking of the center frequency of the laser. The application significantly improves the signal-to-noise ratio of the frequency discrimination signal through the cooperative action of multiple frequency points, can output an electrical absolute frequency signal anchored to the optical frequency reference interval while outputting high-stability frequency laser, and realizes the direct transfer of the optical domain frequency standard to the electrical domain.

A device includes non-volatile memory dies, a memory controller coupled to the non-volatile memory dies, a processing unit coupled to the memory controller and the non-volatile memory dies, and an external interface coupled, via a multiplexer controlled by the processing unit, to the non-volatile memory dies. The processing unit is configured to perform operations including: selecting, by the multiplexer, a first non-volatile memory die, causing the memory controller to read a data item from the first non-volatile memory die, and causing the data item to be transmitted via the external interface.

This invention discloses a method and system for direct loading of goods arriving at a port through coordinated scheduling between a seaport cargo terminal and a comprehensive bonded zone. Belonging to the field of logistics scheduling and collaborative operation management technology, the method includes: digitally reconstructing and modeling physical objects to construct a digital twin model system and generating a digital twin map; integrating multi-source map data for path planning to generate logistics business routes; collecting video real-scene data for spatial mapping and combining it with tag positioning to output target tracking information; aggregating dynamic perception data to perform model status monitoring to generate coordinated control commands; and fusing and overlaying the model system with video real-scene data for three-dimensional scene interaction. By employing the above-mentioned digital twin multi-dimensional real-scene fusion scheduling method, the physical information barriers between the port and the industrial park can be broken down, enabling high-precision dynamic perception of global logistics resources and accurate issuance of control commands, ensuring efficient and seamless collaborative operation of direct loading of goods arriving at the port and cross-zone direct transfer processes.

The utility model relates to warehousing robot technical field discloses a kind of four-way outlet ASR artificial intelligence warehousing robots based on, comprising: drive car body, and gantry bracket is installed on drive car body, lifting assembly and multiple groups of material box buffer station are provided on the gantry bracket, the adjustment of multiple angles is carried out to transfer frame by drive mechanism, and then utilize the channel of one word type on transfer frame, can the direct transfer of container, to realize four-way entrance and exit and transport container to picking area, and picking area can be linearly arranged, without additional conveyor and loading platform, save the occupied space of picking area from space layout, improve space utilization, simultaneously, the configuration of conveyor is saved, to save the equipment investment cost when the time required for reversing is picked in the docking picking area, improve work efficiency, reach the purpose of cost reduction and efficiency increase.

A device includes non-volatile memory dies, a memory controller coupled to the non-volatile memory dies, a processing unit coupled to the memory controller and the non-volatile memory dies, and an external interface coupled, via a multiplexer controlled by the processing unit, to the non-volatile memory dies. The processing unit is configured to perform operations including: selecting, by the multiplexer, a first non-volatile memory die, causing the memory controller to read a data item from the first non-volatile memory die, and causing the data item to be transmitted via the external interface.