Bayramoglu

An air treatment device includes: a mounting plate and an air guide shroud. The mounting plate is provided with a mounting portion where a motor is mounted. The air guide shroud includes an arcuate plate, a first air guide plate and a second air guide plate that are connected. The arcuate plate surrounds the mounting portion and is disposed on the mounting plate. The first air guide plate is connected to one end of the arcuate plate, the second air guide plate is connected to the other end of the arcuate plate, and an air guide channel is formed between the first air guide plate and the second air guide plate. Along an air guiding direction of the air guide channel, the second air guide plate extends away from the first air guide plate. An arc-shaped air guide portion is disposed between the arcuate plate and the second air guide plate. The outer radius of the air guide portion ranges from 14 mm to 20 mm.

The present disclosure provides a waterproof connecting structure for a lamp body, including a housing (1), where an end of the housing (1) is provided with a connecting hole (2); a wiring structure (3) is disposed in the connecting hole (2); the wiring structure (3) includes an outgoing wire seat (1.1) engaged with the connecting hole (2), an incoming wire seat (1.2) inserted into the outgoing wire seat (1.1), and an incoming wire sleeve (1.3) connected to the incoming wire seat (1.3); a plurality of outgoing wire channels (1.5) are formed in the outgoing wire seat (1.1); insertion channels (1.6) opposite to the outgoing wire channels (1.5) are formed in the incoming wire seat (1.3); a connecting piece (1.7) is disposed in each of the insertion channels (1.6); a sealing washer (1.8) is disposed between the incoming wire sleeve (1.3) and the housing (1); and the incoming wire sleeve (1.3) is locked with the incoming wire seat (1.2) and abuts against the sealing washer (1.8).

Provided is a flexible, rotatable, and reopenable traction-style continuous firing hemostatic clip, which relates to the technical field of medical devices. The flexible, rotatable, and reopenable traction-style continuous firing hemostatic clip includes hemostatic clip assemblies sequentially connected within an outer tube assembly, and an inner guide assembly, where the hemostatic clip assemblies each include two hemostatic jaws, a hemostatic clip transmission member, and a hemostatic clip sleeve; the hemostatic jaws each include a front end provided with a buckle portion and a back end hinged to a front end of the hemostatic clip transmission member; a back portion of the hemostatic clip transmission member is provided with an engagement portion; the hemostatic clip transmission member passes through the hemostatic clip sleeve; the engagement portion is engaged with a buckle portion of an adjacent back hemostatic clip assembly; an opening/locking mechanism for opening/closing and locking the two hemostatic jaws is disposed between the two hemostatic jaws and the hemostatic clip sleeve; an outer side of the hemostatic clip sleeve is provided with a protruding portion; and a front end of the outer tube assembly is provided with a reduced-diameter portion adapted to the protruding portion.

The present disclosure provides a humidifying woven fabric, a core material, and a humidifier. The humidifying woven fabric includes a first mesh layer and a second mesh layer, where the first mesh layer is spaced apart from the second mesh layer; a connecting fiber is disposed between the first mesh layer and the second mesh layer; the first mesh layer, the second mesh layer and the connecting fiber have a water retentivity; the water retentivity of the connecting fiber is greater than or equal to the water retaining capacity per unit weight being 1.2 g/g; and the water retentivity of the first mesh layer is greater than or equal to the water retaining capacity per unit weight being 1.2 g/g.

The present disclosure discloses a weighing device, relating to the technical field of weighing. The weighing device includes: a top shell; an interactive module disposed on the top shell; a support plate located below the interactive module, where the support plate is provided with a first notch, and the first notch is located below the interactive module; a flat plate disposed on a side of the support plate away from the top shell, where the flat plate is provided with a limiting hole, and the limiting hole is communicated with the first notch; and a first sensor disposed on a side of the flat plate away from the support plate, where at least part of a strain gauge of the first sensor faces the limiting hole, and is deformable in the first notch through the limiting hole. The weighing device has the small and portable structure, and ensures accurate weighing.

Provided are an induction magnetic field carrier integrated apparatus and a method for changing physicochemical characteristics of a liquid sample. The induction magnetic field carrier integrated apparatus includes: a magnetic coupling integrated component, which includes N magnetic core inductive coils, the N magnetic core inductive coils are combined into one or more magnetic core inductive coil sets, M magnetic core inductive coils of the magnetic core inductive coil set are sequentially arranged along a selected trajectory, and windows of the M magnetic core inductive coils of the magnetic core inductive coil set are connected in sequence to form a hollow structure. A part of a sample tube is disposed in the hollow structure of the magnetic coupling integrated component, and an intermediate-frequency induction magnetic flux can induce production of an induced electric/magnetic field in or around a liquid sample in the sample tube, where N≥M≥2.

The present disclosure provides a water storage component and a humidifier. The water storage component includes a water storage fabric, where the water storage fabric includes a plurality of fabric layers and a connecting thread; the connecting thread is configured to connect adjacent fabric layers; a plurality of air holes are formed in the fabric layers; the plurality of air holes include at least first air holes and second air holes; and an area of the first air hole is different from an area of the second air hole.

A smart storage container includes a container body, a door, a lock, a biometric scanning device, an illumination system, and a controller. The biometric scanning device captures user biometric information to determine identity. Upon authentication, the controller unlocks the door and performs at least one identity-based operation, such as adjusting a motorized shelf or controlling the illumination system to provide personalized storage access. The motorized shelf may reposition horizontally, vertically, or tilt to optimize item retrieval. The illumination system may activate specific indicator lights or adjust brightness and direction based on the user's identity. The storage container may also include multiple compartments, each with dedicated access permissions. The controller may restrict access based on user attributes, such as age, and may integrate with temperature or humidity control systems for secure storage.

The provided is a control method for a coffee machine and a related device. In the control method, when a brewing action corresponding to a brewing stage is executed, a reciprocating rod of a reciprocating motor is driven based on a second control parameter that corresponds to a preset brewing pattern of the brewing stage to control a spout to move on a coffee basket, and a rotating plate of a rotating motor is driven based on a third control parameter that corresponds to the preset brewing pattern of the brewing stage to control the coffee basket to rotate, such that the coffee machine can create a complex brewing pattern. In addition, a vibration plate of a vibration motor is driven based on a first control parameter corresponding to the brewing stage to control the coffee basket to vibrate, such that coffee can be sufficiently extracted.

The present disclosure provides a music glass with a superconducting diaphragm metasurface acoustic superconducting structure. The music glass includes a superconducting diaphragm assembly integrated with multiple superconducting diaphragm modules, where the superconducting diaphragm module includes an inner metasurface crystal layer, a drive layer, an outer nanocavity structure, an inner nanocavity structure, and an outer metasurface crystal layer; the inner metasurface crystal layer is fixed to an original glass; the outer metasurface crystal layer is located outside the inner metasurface crystal layer; the outer nanocavity structure and the inner nanocavity structure are disposed between the inner metasurface crystal layer and the outer metasurface crystal layer to enclose a sound cavity assembly; the outer nanocavity structure and the inner nanocavity structure each are made of a porous material; air enters the sound cavity assembly from the outer nanocavity structure and exits from the inner nanocavity structure; the drive layer is disposed in the sound cavity assembly to drive the inner metasurface crystal layer to vibrate and generate an acoustic wave; and the acoustic wave is transmitted to the original glass to form a surface sound field.