16 results about "Modular structure" patented technology

This invention provides a multifunctional bed frame that is easy to transport, relating to the field of furniture technology. It includes at least two multifunctional bed frames detachably mounted on a fixed frame. Each multifunctional bed frame includes a positioning frame and a lifting frame. The positioning frame is fixedly mounted on the upper side of the fixed frame, and the lifting frame is hinged to one side of the positioning frame and positioned on the upper side of the fixed frame. The lifting frame is raised or lowered by rotating upwards relative to one side of the positioning frame via a drive assembly. The advantage of this invention is that the modular structure, connecting the fixed frame to multiple multifunctional bed frames, allows the bed frame to be disassembled into multiple independent components, facilitating transportation and assembly, while also reducing transportation costs and storage space.

This utility model discloses a forced vibration fatigue testing device for thin metal sheets, belonging to the field of fatigue life testing technology for thin metal sheet materials. It addresses the problems of low vibration frequency, poor adaptability, and bulky structure in traditional testing devices. The device includes a trapezoidal impact platform base, a housing, a modular support frame, and a drive and detection mechanism. The support frame consists of an experimental support, a test piece platform, and limiting blocks, achieving rapid positioning and height adjustment of the test piece via bolts. The drive and detection mechanism includes symmetrically distributed motor and encoder assemblies. The motor drives the roller shaft via a coupling, causing the rollers to rotate at high frequency. The encoder records data in real time and provides feedback via a touchscreen. The trapezoidal base incorporates a shock-absorbing layer to improve stability, the modular structure reduces structural weight, it is adaptable to thin metal sheets of varying thicknesses, and the integrated touchscreen interface provides convenient operation. This device is suitable for high-precision fatigue life testing of ultra-thin materials such as aerospace flexible components.

The application provides a regional controller and a vehicle, the regional controller comprising a basic system module and a plurality of independent function modules, wherein the independent function modules are integrated with hardware resources, and the independent function modules are connected to the corresponding first system connectors arranged by the basic system module through the second system connectors arranged thereby, so that the independent function modules are connected to the basic system module. In this way, the independent function modules for realizing functions in the application adopt a modular structure instead of being integrated in the regional controller, and when the configuration requirement of the regional controller changes, the independent function modules can be added or the hardware resources in the independent function modules can be changed in the regional controller, so that the overall hardware development is not required, thereby shortening the development cycle of the regional controller, reducing the cost, and improving the expandability of the regional controller.

The utility model discloses an alternating current charging pile of modularization structure, including alternating current charging pile main part, one end of alternating current charging pile main part is provided with assembly auxiliary mechanism, the assembly auxiliary mechanism includes the mounting seat of installation in alternating current charging pile main part one end, the inside installation of mounting seat has the electric head, one end fixedly connected with the docking ring of mounting seat, the outside of docking ring is provided with thread, the inside insertion of docking ring has the charging wire. The utility model discloses an alternating current charging pile of modularization structure, through the rotation fastening ring, makes fastening ring separate from the pressure rod, just makes fastening ring not to the pressure rod and exert force, reach the purpose that convenient for the charging wire is extracted from the docking ring, and further form the modularization processing of charging wire, charging gun, make it have convenient replacement effect to not need to disassemble alternating current charging pile main part and replace charging wire, charging gun.

This invention discloses a "cross"-shaped four-way parallel microfluidic emulsification system and its application, addressing the problems of difficult maintenance and poor product consistency during parallel scale-up of existing microfluidic emulsification technologies. The system includes a fluid drive and supply module, a fluid distribution module, and an emulsification module composed of multiple independent, detachable "cross"-shaped four-way microfluidic emulsification units connected in parallel. The key feature of each emulsification unit is that the microchannel diameters at the dispersed phase inlet and emulsion outlet are equal (dD=dE), and both are smaller than the microchannel diameter at the continuous phase inlet (dC). This design, combining modular structure and hierarchical flow distribution, significantly improves unit processing consistency, system maintainability, and flow uniformity during parallel scale-up, making it suitable for high-throughput preparation of monodisperse droplets and functional microspheres.

A modular composite energy-saving kiln car structure relates to the field of kiln car technology. It includes a kiln car sidewall, which is assembled end-to-end from several sidewall units. The key feature is that several support cylinders are arranged inside the kiln car sidewall in an interlocking manner. The support cylinders are at the same height as the kiln car sidewall. A heat insulation plate is arranged on the upper part of the support cylinders and the kiln car sidewall, with the surface of the heat insulation plate serving as the working layer. In this modular composite energy-saving kiln car structure, both the kiln car sidewall and the internal support cylinders adopt a modular structure. In case of damage, the damaged parts can be quickly removed and replaced without extensive removal of the kiln car's refractory material. After construction, prolonged baking is not required, saving maintenance time and ensuring production rhythm. The individual units constituting the kiln car sidewall and the support cylinders all adopt a cylindrical structure, and the support plates and working layer are jointly formed by the individual units of the kiln car sidewall and the support cylinders, resulting in high load-bearing capacity.

Extensible modular foundation with one or several layers of foundation (or modules), each with an extension higher than the previous one, superimposed on an existing or newly built base footing, joined only in its central part by means of anchor bolts and extensions, working structurally as a laminar foundation, constituted by the outermost foundation layer, combined with a lower counterweight constituted by the previous layers and the base footing, with great effectiveness to support the necessary stresses in high-rise elements, being able to build successive layers of foundation on top of the already existing ones. It is a modular structure that can be extended from its conception, evolving over time, adding more layers according to future needs without penalising the initial investment, avoiding the modification of the base shoe, reducing construction time and economic cost, while generating much less waste in line with the sustainability objective of "Zero Waste".

The utility model discloses a box structure and portable air conditioner relates to portable air conditioner technical field, including casing and chassis, through the mounting bracket of cavity installation refrigeration component, make first cover board and second cover board only make cover and decoration effect, realize modular structure layout, convenient maintenance's dismount and installation. First cover board and second cover board all with mounting bracket detachable connection, simultaneously, first cover board can cover in the part of second cover board and mounting bracket connection, be favorable to beautifying appearance, first cover board is equipped with first air inlet, and first air inlet is equipped with the grid plate of installation through buckle structure, make the grid plate convenient dismounting, and the grid plate covers the part of first cover board and mounting rack connection, therefore can through the part of convenient dismounting grid plate cover connection, make appearance harmonious and beautiful while convenient first cover board's installation and dismounting to improve the convenience of maintenance.

The utility model discloses a size changeable air intake pipe, including the air intake manifold for connecting engine, the air throttle valve for accurate control air intake and the pipeline main part for guiding and optimizing air intake airflow, for guiding and optimizing air intake airflow, air intake manifold and pipeline main part are connected respectively at air throttle valve's both sides, and pipeline main part is by interface section, connecting section and horn mouth section at least three section pipe body detachably connected composition, pipeline main part gradually increases along the direction of away from air throttle valve its pipe diameter. The utility model discloses size changeable air intake pipe, will air intake pipe design as multistage detachable modularization structure, need maintenance or refitting, and user only needs to simply unscrew each section pipe body, and the operation is extremely simple, and each section uses the screw thread cooperation and connects, spares the independent clamp, flange and multiple bolts, reduces the part quantity and material cost.

The utility model relates to electric motor car assembly device technical field, especially electric motor car body assembly device with limit structure, including base, support frame, support rod, sliding block, hydraulic lift rod, fixed plate, adjusting plate, U type rod, clamping plate and sliding slot, the both sides of the top of base all are provided with two groups of support frame, the inside fixed setting of support frame has support rod, the side wall of support rod is provided with sliding block, the both sides of the top of base all are provided with two groups of hydraulic lift rod, the side wall fixed setting of sliding block has fixed plate, the inner wall fixed setting of fixed plate has U type rod, and the both sides of adjusting plate all are through and set up sliding slot, the both sides of the top of adjusting plate all are provided with clamping plate, the utility model discloses a kind of electric motor car body assembly device with limit structure in use process, the device is through modular structure design and multidimensional adjustment system, realizes the flexible assembly of electric motor car body support.

The present application relates to jig processing technical field, and discloses a kind of clamping tool for jig processing, conical driving gear disc and conical transmission gear are respectively installed in the driving force transmission side of drive motor and drive lead screw, rely on conical driving gear disc and conical transmission gear meshing transmission, multiple groups of slip clamping seat can be synchronously driven by drive motor, can be quickly and stably clamped and fixed to the jig of symmetrical appearance, positioning guide wheel rotation is installed in the end of telescopic support, in clamping process, through the rolling guide support of positioning guide wheel cooperation symmetrical synchronous clamping action, the jig placed on the upper part of processing pedestal can be quickly and accurately guided and positioned, without manual adjustment, the accurate installation positioning of jig can be realized, using modular structure setting, functional clamping block can be detachably installed in the front side middle part of slip clamping seat, during work, functional clamping block can be flexibly replaced according to the shape characteristics of jig, so that tool can satisfy the clamping needs of different types of jig.

This utility model discloses a multi-purpose aluminum profile turnover trolley, including a vehicle outer frame, a positioning support core, and a variable positioning movable component. The positioning support core is composed of multiple first L-shaped profiles connected to the side of the vehicle outer frame. The variable positioning movable component is composed of multiple second L-shaped profiles and a mounting frame. The multiple L-shaped profiles are fixedly installed on the side of the mounting frame, which is located inside the vehicle outer frame and is detachably connected by fixing nuts. This utility model uses main plates at both ends of the support core, which prevents contact with the main body of the core (i.e., the tube and strap parts) during loading and unloading. Moreover, each core is placed in layers with isolation, effectively avoiding the possibility of bumps and damage during loading, unloading, and transportation. This utility model adopts a partially adjustable and movable unitized modular structure, which can be adapted to cores with large size differences, thus enabling the use of multiple sizes of cores on the same trolley.

The invention belongs to the technical field of automobile intelligent cabins and human body thermal comfort regulation and control, and particularly relates to an embeddable cell type regional micro-ecological intelligent seat system module structure. Comprising at least one micro-ecological regulation and control module arranged in a local area of the seat, and the micro-ecological regulation and control module comprises a breathable surface layer; the airflow diffusion layer is arranged below the breathable surface layer; the heating layer is arranged below the airflow diffusion layer; the honeycomb air passage layer is arranged below the heating layer; the space sensing array layer is arranged below the honeycomb air channel layer; the structure supporting layer is arranged below the space sensing array layer; and an air supply channel and an air return channel which are communicated with each other are arranged in the honeycomb air channel layer. Through the collaborative design of the cell type module structure, the three-dimensional honeycomb airway structure and the space sensing array structure, regionalization, refinement and high efficiency of seat micro-ecological regulation are achieved, and remarkable technical progress is achieved.

This utility model relates to the field of power equipment, specifically a multi-directional modular GIS maintenance platform, comprising: a first platform, arranged along the interval direction on the side of the electric mechanism, serving as an inspection channel; a second platform, detachably and directly connected to the first platform, arranged in a "T" shape, spanning the three phases A, B, and C, for maintenance and observation of the phase-to-phase mechanisms; and a third platform, elevated above the first platform, detachably connected to the first platform via an auxiliary ladder, arranged in a "Z" shape. This utility model solves the problem of maintenance and observation of mechanisms at different heights and orientations, meeting the maintenance needs of all mechanisms on site, improving product quality, and providing reliable safety guarantees for operating personnel. Furthermore, the overall modular structure is simple to assemble and disassemble, easy to manufacture and transport, safe and reliable, and has good practicality and prospects for widespread application.

The utility model discloses a bridge anti -collision guardrail connecting structure convenient to quick installation applies in traffic safety facility technical field, and the utility model discloses quick installation through mechanical interlock principle, only need to be inserted with each other when construction to the prefabricated guardrail unit alignment, can complete fixed connection, shortens the on -the -spot assembly time, and the simple installation, and the modular structure is convenient for transportation and post -stage maintenance replacement, and the construction efficiency has been effectively promoted and the traffic closure time has been reduced, the streamline curved surface converts the collision impact force into the dispersed energy, when the vehicle has the slight scratch, avoids the partial stress concentration caused by rigid collision, both reduces the guardrail structure damage, and reduces the vehicle maintenance cost, and its flexible buffering characteristic is especially suitable for urban bridge section.

This invention discloses a prefabricated renovation structure for abandoned industrial buildings with flexible spatial partitioning, comprising: a grid layer, a first partition wall, and a second partition wall. The grid layer includes several parallel grid rods. The first partition wall is slidably connected to the grid rods. A first movable member is provided on the first partition wall, elastically connected to the first partition wall. When pressed, one end of the first movable member extends out of the first partition wall, forming a first protrusion facing the second partition wall. The first and second partition walls are arranged facing each other. A second movable member is provided on the second partition wall, one end of which extends out of the second partition wall when pressed, forming a second protrusion. Side panels are fixedly installed on opposite sides of the first and second protrusions, respectively. Compared with existing technologies, this invention can achieve flexible partitioning of the horizontal and vertical spaces inside abandoned industrial buildings, reducing the impact of spatial partitioning on the original building structure's load-bearing capacity and ensuring building stability.