19results about How to "Avoid interaction" patented technology

The application provides an immersed liquid cooling system and a container data center. The liquid cooling system comprises a container module and heat exchange modules arranged at both sides of the container module along the width direction of the container module. The container module comprises a box body, immersed units and cabinets. Two cold liquid interfaces and two hot liquid interfaces are arranged at the two end regions of each side plate of the box body. A pedestrian passage is arranged in the box body. The immersed units are arranged at both sides of the pedestrian passage. Each immersed unit comprises two liquid cooling pumps and two liquid cooling tanks arranged in an up-down manner. The cabinets are arranged between the two groups of immersed units on the same side. The heat exchange module comprises two groups of heat exchange units arranged along the length direction. The four immersed units and the four heat exchange units form corresponding unit groups and are connected by an outer pipe. The space utilization of the container is improved, the heat dissipation of a larger number of servers is simultaneously realized, and the transportation and on-site assembly are facilitated.

This utility model relates to the field of dust removal technology in cotton sock production, specifically a dust removal component for cotton sock production workshops. It includes a mounting frame and textile threads. The textile threads are divided into upper and lower threading groups. The mounting frame is U-shaped, with a set of horizontally opposite guide tubes installed at the top and bottom of the frame. The two sets of guide tubes are staggered and L-shaped. Two guide rods are installed vertically on the inner surface of the mounting frame, with several evenly distributed retaining rings connected to the guide rods. This dust removal component for cotton sock production workshops allows the textile threads to enter from both top and bottom directions, increasing the single-pass feed rate. Furthermore, the two sets of textile threads are staggered under the guidance of the guide tubes and guide rods. The upper atomizing nozzle increases air humidity, resulting in less water on the textile thread surface, making it easier to dry in subsequent processing and not affecting the overall production quality of the cotton socks.

The application provides a chemical test tube rack for a thermal power plant. The chemical test tube rack for the thermal power plant comprises a support frame, a test tube placing mechanism and a drainage mechanism. The support frame comprises a horizontal bottom plate, a vertical support rod and a horizontal top plate connected in sequence. The test tube placing mechanism comprises a placing frame and a partition plate. The partition plate is arranged inside the placing frame to form a plurality of placing grooves for placing chemical test tubes. The placing frame is arranged obliquely and fixedly connected to the bottom of the horizontal top plate. The drainage mechanism is installed on the vertical support rod. A flow guide inclined plate is connected between the drainage mechanism and the placing frame. The flow guide inclined plate is used to guide waste liquid generated by the test tube placing mechanism to the drainage mechanism. The chemical test tube rack for the thermal power plant can avoid mutual influence between the chemical test tubes by arranging a plurality of placing grooves and placing each chemical test tube in a corresponding placing groove. Meanwhile, the oblique arrangement can facilitate the taking out and storage of each layer of chemical test tubes.

This invention provides an anthracene-based fluorescent material, its preparation method, and its applications. The anthracene-based fluorescent material is as shown in Compound I. The compounds of this invention utilize the electron-donating effect of aromatic amine units such as carbazole and the electron-withdrawing effect of phosphonyl / sulfonyl groups, effectively improving the electron and hole transport capabilities of the molecules. Furthermore, the steric hindrance effect, resulting in a distorted molecular configuration, can suppress intermolecular interactions, thereby reducing the device efficiency roll-off caused by concentration quenching. The thermal exciton mechanism enables these molecules to achieve an exciton utilization rate exceeding that of traditional fluorescent molecules by 25%.

This disclosure provides an object inspection system relating to the fields of object inspection, radiation scanning, security inspection, or other fields. The system includes: a transport device comprising a first transport mechanism and a third transport mechanism for transporting objects; a radiation scanning device comprising a second transport mechanism configured to transport objects from the first transport mechanism to a radiation scanning area and to the third transport mechanism; and a control device communicatively connected to the transport device and the radiation scanning device; wherein the transport device, the radiation scanning device, and the control device employ a unified communication protocol, and the transport device is configured to control the operation of the second transport mechanism via the control device. This disclosure also provides an object inspection method.

The utility model discloses a kind of wire distribution device of wire distribution pipe, including bus pipe and several branch pipes, wire distribution structure is arranged between bus pipe and several branch pipe, the wire distribution structure includes branch box, incoming line port, support plate, several outgoing line ports, box cover, intermediate wire block and two groups of line adjusting device, branch box is fixed between with bus pipe by screw, the end side of support plate is fixed in branch box, incoming line port is opened in branch box close to the side of bus pipe, several outgoing line ports are respectively opened on support plate, several branch pipes are respectively fixed at outgoing line port, box cover is hinged on branch box, intermediate wire block is fixed in branch box middle part. The wire distribution device of the utility model of wire distribution pipe can protect total branch circuit, and can be conveniently operated.

The application discloses an audio restoration method and device, a storage medium and an electronic device. The audio restoration method comprises the following steps: performing feature extraction on audio to be restored to obtain an audio feature matrix, extracting local matrix elements in the audio feature matrix to obtain a plurality of feature sub-matrices, refining data features through the feature sub-matrices, more carefully processing the relationship between different features, avoiding mutual influence between different features, and performing audio restoration on each feature sub-matrix respectively by using a preset audio restoration parameter corresponding to each feature sub-matrix to obtain an initial audio restoration signal corresponding to each feature sub-matrix, so that different processing modes are adopted for different features, the accuracy of audio restoration is improved, and then, each initial audio restoration signal is combined to obtain an audio restoration result corresponding to the audio to be restored, so that the precision and accuracy of audio restoration are improved.

The application discloses a method for determining the oil adsorption capacity of shale, comprising the following steps: (1) pretreatment of a shale sample; (2) preparation of a crude oil solution; (3) placing a pretreated shale powder sample with a mass of m1 in the crude oil solution for an adsorption experiment; (4) centrifugal weighing to obtain the mass m2 of the shale powder sample in a liner tube; and (5) calculating the shale adsorption capacity Sp by using a model for determining the oil adsorption capacity of shale, wherein the model is shown in formula (1): Sp=(m2-m1) / m1 (1), wherein Sp represents the model for determining the oil adsorption capacity of shale, m2 represents the mass of the shale after oil adsorption, and m1 represents the mass of the shale before oil adsorption. The application further discloses an application of the method for determining the oil adsorption capacity of shale in shale oil exploration.

The application discloses a relay, comprising a sealed shell, a plurality of contact assemblies and an isolation seat. The contact assembly comprises a moving contact and two static contacts, the static contacts are arranged on the sealed shell, and the moving contact is movably arranged in the sealed shell and used for contacting or separating from the two static contacts. The isolation seat is arranged in the sealed shell and comprises a first isolation structure, and the first isolation structure is arranged between adjacent contact assemblies.

This invention provides a blood typing analyzer, a blood typing system, and a blood typing method. The blood typing analyzer includes a first operating space and a second operating space. The first operating space is configured as a sample application space and contains a test tube rack, a puncture module, and a second transfer module. The second operating space is configured as a storage and transfer space for microcolumn gel cards, including a card holder for placing the microcolumn gel cards, a centrifugation module, an interpretation module, and a first transfer module. This invention separates the two experimental operations—microcolumn gel card transfer and sample application—which almost cover the entire platform, into two different operating spaces, avoiding mutual interference between the modules responsible for microcolumn gel card transfer and sample application. The blood typing analyzer places each module in its corresponding operating space according to its function. The operation of each module is independent and does not affect the others, eliminating the need for complex movement paths to avoid interference between modules, thus making the blood typing analyzer more efficient.

This utility model relates to the technical field of battery electrode sheets, and discloses a battery electrode sheet, a battery cell body, and a battery cell structure. When the electrode sheet is in an unfolded state, multiple pairs of arc-shaped cuts are arranged at intervals along the length of the electrode sheet at both ends along the width direction. When the electrode sheet is wound into a wound structure, the multiple pairs of arc-shaped cuts form arc-shaped notch structures at the four corners of the electrode sheet, and the depth of the electrode sheet removed by each pair of arc-shaped cuts in the width direction increases with the increase of the number of winding layers of the electrode sheet. The four notch structures of the electrode sheet in the wound state actually correspond one-to-one with the four corners of the aluminum-plastic film. This can increase the distance between the four corners of the aluminum-plastic film and the battery cell body, thereby avoiding the interaction between the four corners of the battery cell body and the four corners of the aluminum-plastic film when the battery cell body expands outward. This solves the problem that the aluminum-plastic film is prone to breakage during the cycling process of the battery cell body, and improves the safety of the battery cell structure.

The utility model relates to the technical field of air suction appearance, puts forward a kind of air suction flow rate measurement air suction appearance, including air suction appearance shell, the outer surface of air suction appearance shell is equipped with key board, and the front end surface electric connection of key board has display screen, the outer surface of rotating cylinder is integrally connected with propeller blade, and the inner wall sliding connection of rotating cylinder is equipped with mounting bracket, the mounting bracket includes support frame, middle shaft, sliding block and propeller sensor, the filter screen is installed in the left side inner wall of air inlet cylinder, and the left side wall of air inlet cylinder is equipped with the clamping groove, the airflow cylinder is integrally connected in the middle part of left cover plate, the right end surface of left cover plate is fixedly connected with the limiting block. This air suction flow rate measurement air suction appearance is convenient for being applied to a variety of patients, and airflow change data collection and processing can be carried out for patients with nasal congestion and asthma, and the disinfection treatment can be replaced after being used by different patients.

This utility model provides a fixing structure for a lithium-ion battery with safety, maintainability, and testability, relating to the field of lithium-ion battery technology. It includes a mounting plate, a protective plate connected to the upper surface of the mounting plate, a rotating rod rotatably connected inside the protective plate, a protective railing connected to one end of the rotating rod, a push plate slidably connected inside the protective railing, a plug connected to the outer surface of the push plate, a top cover in contact with the upper surface of the protective plate, an insertion plate connected to the bottom surface of the top cover, and a baffle slidably connected inside the insertion plate. Through the cooperation between the plug and the baffle, the user can move the push plate to pull the plug out from inside the protective plate. After the plug is pulled out, the user can move the protective railing, the baffle can be pulled out from inside the insertion plate, and the top cover cannot be moved. This eliminates the need for bolt fixing, solving the problem of the cumbersome tool requirements for installing lithium-ion batteries.

This utility model discloses an automatic spraying device for producing liquor bottle caps, including a bracket. A spray gun and an air gun are mounted on the side wall of the bracket. Multiple sets of transmission wheels are rotatably connected inside the bracket, and these sets are interconnected via a transmission belt. Multiple sets of rotating shafts are equidistantly arranged on the outer wall of the transmission belt. A sleeve is fixedly connected to the upper end of each set of rotating shafts. An adjustment groove is formed through the outer wall of the sleeve. Two sets of rotating plates are symmetrically arranged within the adjustment groove, and both sets of rotating plates are rotatably connected to the groove. Rollers are rotatably connected to the ends of each rotating plate. An adjustment mechanism for driving the rotating plates is installed within the adjustment groove. This utility model uses gears and racks to drive a threaded rod, which in turn drives a slider and a connecting plate to ensure that the rollers at the ends of the rotating plates fit against the inner wall of the bottle cap. This ensures stable rotation of the bottle cap under the drive of the air gun, avoiding localized overspray or underspray due to shaking, and improving the uniformity of the coating thickness.

This utility model provides an embedded ultra-thin differential and common-mode integrated inductor, relating to the field of inductor technology. It includes a first winding post and a second winding post. A first coil is wound around the outer surface of the first winding post, and a second coil is wound around the outer surface of the second winding post. A first connecting plate is fixedly connected to one side of the first and second winding posts. Through a disassembly and fixing structure, the connecting plate can be disassembled and assembled using rectangular slots and rectangular blocks, and then fixed using threaded rods, first screw holes, and second screw holes. Finally, a fixing plate can be used to fix the first and second connecting plates. Simultaneously, the entire structure allows for an ultra-thin design of the base, the first coil, and the second coil. Furthermore, by incorporating pins and other structures to embed and connect the base and other components, the overall structure can achieve an ultra-thin design.

This invention discloses a multi-state, multi-application real-time library system and device suitable for substation centralized control. This multi-state, multi-application real-time library system includes a basic configuration module, a real-time library memory structure management module, a rule loading and triggering mechanism module, and a cross-section model loading module. The basic configuration module is used to define states and applications, configure machine nodes, and configure memory capacity. The real-time library memory structure management module is used to implement shared memory based on application-level granularity. The rule loading and triggering mechanism module is used to bind attribute types in the model dictionary to corresponding rules and add a rule triggering mechanism to the real-time library write interface. The cross-section model loading module is used to implement online loading and notification subscription functions for cross-section models. This invention adopts a loosely coupled application composition mode to build a multi-state environment, allowing specified applications to be changed at any time, achieving online plug-and-play functionality, greatly improving the system's reliability, usability, and security.

The utility model relates to an electromagnetic shielding packaging structure, the electromagnetic shielding packaging structure includes: adapter plate, including substrate, the first recess groove in the substrate and the partition in the first recess groove, the partition divides the first recess groove into a plurality of independent sub -slot, wiring layer, located on the adapter plate, a plurality of first chips are located in a plurality of sub -slot respectively, and a plurality of first chips all are connected with wiring layer electricity, first electromagnetic shielding layer, covers on the inner wall of first recess groove, second chip, located above the adapter plate and is connected with wiring layer electricity, the utility model can integrate radio frequency chip and other various types of chips in the sub -slot, and has simplified the manufacturing process of packaging structure, still can greatly reduce the manufacturing cost of packaging structure.

The utility model discloses a kind of clutch assembly and injection device, clutch assembly includes knob, ratchet wheel, biasing device, sound sheet, elastic member and scale rod;Ratchet wheel is equipped with ratchet tooth on the side of knob away from;Biasing device is used for linkage with knob, including main body and the connecting table of being equipped in main body one end, first inclined plane is equipped on connecting table;The end of sound sheet axial direction is equipped with bevel gear, bevel gear is engaged with ratchet tooth;Sound sheet is also equipped with second inclined plane, second inclined plane is equipped in the inner side of bevel gear, second inclined plane is attached with first inclined plane;Elastic member is equipped between sound sheet and scale rod;Scale rod is linked with sound sheet.The meshing state of mutual engagement and the separation state of mutual disengagement between sound sheet and ratchet wheel are present.The meshing and separation between the ratchet wheel and sound sheet of the clutch assembly and injection device of the utility model are stable, power transmission efficiency is high, and dose setting and bolus injection clutch are independent, avoid mutual influence.