44 results about "Housing design" patented technology

1. Name of the product in this design: Connector housing. 2. Application of this design: for power signal transmission and for electrical connectors. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. Other situations requiring explanation: This appearance specification requests protection for a portion of the connector housing design. The dashed lines in the figure represent the unprotected portions, while the solid lines represent the protected portions.

A luminaire comprises a luminaire body in which at least one light source is arranged and which has a housing designed for direct or indirect mounting to a wall or ceiling, as well as a translucent cover. The housing and the cover overlap in certain areas, forming an overlap zone, wherein the housing and the cover are detachably connected to each other in the overlap zone by means of locking and / or snap-fit ​​elements and counter-locking and / or counter-snap elements, wherein the overlap zone forms a first outer wall of the luminaire body and wherein the housing and / or the cover further forms a second outer wall of the luminaire body, which is arranged further inwards than the first outer wall and which provides an additional connection between the housing and the cover.

The invention provides a rural house assembly type light steel frame splicing quality detection method and system, and relates to the technical field of house quality detection, and the method comprises the steps: obtaining house use environment data; acquiring node detection data, house design information and column detection data; acquiring historical house use environment data, historical node detection data and historical column detection data in a historical detection period; determining a node quality coefficient according to the node detection data and the house design information; determining a frame quality coefficient according to the column detection data; determining a house quality change speed function according to the historical house use environment data, the historical node detection data and the historical column detection data; according to the house quality change speed function, the house use environment data, the node quality coefficient and the frame quality coefficient, the predicted house maintenance time is determined; and generating a detection report. According to the invention, the accuracy of the splicing quality detection of the house fabricated light steel frame can be improved.

A system is provided.SOLUTION: A system comprising: means for inputting information about a user's preferences and lifestyle; means for collecting, encrypting, and transmitting the user's inputted information; means for receiving and storing the inputted information in a database; means for generating an optimal house design using a generative AI that analyzes the inputted information; means for presenting the generated house design to a user and collecting user feedback; and means for modifying the house design based on the user feedback.SELECTED DRAWING: Figure 1

This invention discloses a high-efficiency, low-noise automotive muffler structure, comprising a housing divided into three parts: a left shell, a middle shell, and a right shell. These three shells are mutually abutting. A first partition is installed in the opening of the left shell, and a second partition is installed in the opening of the middle shell away from the left shell. Both the first and second partitions have multiple opposing through holes. A vent pipe is installed in each of the through holes of the second partition, with the other end of each vent pipe abutting against and communicating with a through hole in the first partition. Sound-absorbing cotton is fitted over the vent pipe. This invention has a simple structure. The cover and protective plate form a protective layer on the outside of the housing, reducing the probability of the housing being penetrated. The three-part housing design allows the middle shell to fall out directly, facilitating the removal of the internal sound-absorbing cotton and enabling internal cleaning, reducing internal carbonaceous ash and ensuring effective sound absorption.

A wearable protection device including at least one inflatable member designed to move between a rest condition and an operating condition, at least one inflator device designed to be coupled to the at least one inflatable member for inflating the at least one inflatable member, and a housing designed for accommodating the at least one inflator device. Said housing includes detection means suitable for moving between a first configuration and a second configuration, the insertion of the at least one inflator device inside a holding seat of the housing causing the moving of the detection means from the first configuration to the second configuration. In addition, a method for safely activating the inflatable member of said wearable protection device.

An object of the system according to the embodiment is to provide a house conforming to the Building Standard Law at a reasonable price in a short time.SOLUTION: A system includes a reception part, a generation part, a print part, a confirmation part, and a correction part. The reception unit receives a request or a condition of a site from a user. The generation unit generates design data of the house on the basis of the information received by the reception unit. The printing unit prints the house based on the design data generated by the generation unit. The confirmation unit confirms whether the design data generated by the generation unit complies with the Building Standards Ordinance. The correction unit corrects the design data based on the result confirmed by the confirmation unit.SELECTED DRAWING: Figure 1

This utility model relates to the field of battery installation technology, specifically to a battery fixing structure, including a battery holder body and an elastic fixing member for fixing the battery. The battery holder body has an installation cavity for inserting the battery, and the elastic fixing member has an installation position for inserting the battery. The outer end of the elastic fixing member is limited and installed in the installation cavity of the battery holder body by an interference fit. This utility model can achieve battery fixing by the interference fit between the elastic fixing member and the battery holder body, eliminating the need for additional housing design work and cumbersome fixing procedures, greatly reducing the labor intensity of designers and installers. At the same time, it can also achieve battery shock absorption, resulting in a higher overall safety factor for the equipment and the ability to withstand a certain degree of impact.

Reducing the workload and speed of generating 3D model images in residential design. [Solution] The housing design support device 1 displays a housing design support screen 3 on the user terminal 2, and the user edits the housing design from the housing design support screen 3. Editing can be done on the floor plan, interior, and exterior, and the edited results are sent to the housing design support device 1, where connection information and link information for each room, and the corresponding room models are determined. Based on the determined information, the housing design support device 1 displays a 3D image of the designed house on the housing design support screen 3. Since the 3D image is generated from connection information, link information, and the corresponding room models, the processing load can be reduced compared to conventional methods of generating a 3D model of the entire house.

A mobile modular housing system includes a base plate system, a roof frame system, a wall frame system, a roof system, and assembly kits. The wall frame system is vertically installed on the outer side of the base plate system, the roof frame system is installed at the upper end of the wall frame system, the roof system is installed between the roof frame systems, and the assembly kits cover the wall frame system and the roof frame system. The housing designed by this invention can be easily moved, its internal space can be freely combined and can be quickly installed, and its comfort and applicability are significantly better than existing temporary buildings.

The utility model provides a storage type folding desk fan which comprises a fan assembly, folding assemblies and a shell, the fan assembly is arranged in the shell, the folding assemblies are arranged on the two sides of the fan assembly, one end of each folding assembly is movably connected with the fan assembly, and the other end of each folding assembly is fixedly connected with the interior of the shell. The folding assembly comprises a plurality of connecting supports, the connecting supports are movably connected, the shell comprises an outer shell, a sliding plate, an upper cover plate and a lower cover plate, the sliding plate is movably connected to the front side of the outer shell, the upper cover plate is movably connected to the upper side of the outer shell, and the lower cover plate is movably connected to the lower side of the outer shell. According to the storage type folding desk fan, the fan can be flexibly stored in the shell and conveniently pulled out for use, a user can freely adjust the height of the fan through the folding assembly, and through the arrangement of the shell, the desk fan can be conveniently carried outside and is protected against damage in the carrying process, so that the storage type folding desk fan is safer and more convenient to carry and use.

This invention discloses an automated system and method for cold extrusion camera housing design driven by artificial intelligence, belonging to the field of intelligent manufacturing technology. The system includes a preprocessing module, a parameter generation module, a verification and prediction module, and an optimization module. The preprocessing module converts a 3D product model into signed distance field data; the parameter generation module, based on a conditional variational autoencoder model, samples from the latent space to generate SDF data for the cold extruded part and process parameters for the billet; the verification and prediction module performs geometric constraint verification and forming quality prediction; and the optimization module achieves closed-loop optimization of the design by adjusting the latent space sampling strategy. Through a self-learning closed loop of product SDF, latent space encoding, cold extrusion part generation, verification and prediction, and optimization feedback, end-to-end intelligent design from product geometry to cold extruded parts and billets is achieved, significantly reducing reliance on manual labor and simulation costs, and improving design efficiency and quality.

A heating appliance including a backward-incline blower is provided herein. a modified backward-incline blower design is described herein. This modified blower housing design inverts the motor side of the blower wheel and provides an inlet above the bottom of the furnace. That is, rather than the motor extruding from the top of the housing, the motor and shaft are provided below the bottom of the housing. This allows the backward-incline blower to be provided in a conventional heating appliance while still allowing the blower to have sufficient space below the blower to receive input air from the side vents of the heating appliance. The housing may be formed such that the backward-incline fan may be provided within existing rail systems within the heating appliance, allowing the backward-inline blower to be easily removed from the heating appliance for maintenance or motor replacement.

This invention relates to the field of vehicle-mounted screen technology and discloses a TN vehicle-mounted screen, comprising: a waterproof housing, the waterproof housing including a bottom frame profile, two side covers, a top profile, and injection-molded plastic; a die-cast housing, the waterproof housing being fitted onto the die-cast housing, a first waterproof rubber ring being provided between the bottom of the die-cast housing and the bottom frame profile; and a display assembly, the display assembly including a display module, two liquid crystal display backlights, and two outer screens. The waterproof housing and die-cast housing design allow the die-cast housing to compress the first waterproof rubber ring on the bottom frame profile after installation, thereby achieving a good sealing and waterproof effect and effectively preventing malfunctions caused by water seepage. The injection-molded plastic is prepared using a secondary injection molding process, effectively avoiding signal interference to the signal transmitter and receiver, while also providing good waterproofing and aesthetic appeal.

This utility model relates to a housing and housing assembly for a moving iron sound-generating unit. The housing includes a front portion, a top portion, a bottom portion, and two side portions adjacent to the front portion. The front portion of the housing has a sound outlet. The top portion of the housing, near the sound outlet, has an outwardly protruding protrusion. The interior of the protrusion forms an auxiliary cavity that communicates with both the inner cavity of the housing and the sound outlet. The protrusion increases the volume of the cavity on the sound outlet side. This housing design allows the frequency range of the sound emitted from the sound outlet to be closer to the frequency range of human speech, resulting in very high speech recognition clarity when the user wears this receiver.

The invention relates to a lifting device (100) for a machine (200) comprising at least two slings (120a, 120b) having a first end designed to be attached to an anchor point (210a, 210b) of said machine (200). The device (100) comprises: a guide member (110) having a shape defining a hollow housing designed to allow the passage of a crane hook and having a base (119) oriented towards said machine (200) to be lifted, a second end of each sling (120a, 120b, 120c, 120d) being connected to said guide member (110). The device (100) further comprises at least one elastic element (130a, 130b) having a first end attached to said guide member (110) and a second end attached to said machine (200). Figure for the summary: Fig. 1B

spark plug (1) having a longitudinal axis X: • A housing (2) with an inner side, an outer side and a combustion chamber-side end face (20), • An insulator (3) arranged in the housing (2), • A central electrode (4) arranged in the insulator (3), which protrudes from the insulator (3) on the combustion chamber side and whose combustion chamber-side end is inside the housing (2), • A ground electrode (5) arranged on the housing (2) such that the axial ignition gap (45) is formed within the housing (2) between the center electrode (4) and the ground electrode (5), wherein the housing (2) has a recess (6) on the inner edge of its combustion chamber-side end face (20) in which the ground electrode (5) is arranged and fastened.

The various embodiments herein provide a system and method for character identification on curved planes The system integrates advanced imaging techniques, standardized character positioning, and a multi-plane OCR module utilizing machine learning to accurately identify characters on non-planar surfaces, such as ship hulls or cylindrical containers. The system includes a surface adaptation module for mapping and adjusting to surface curvatures, ensuring high accuracy across diverse conditions. Real-time processing capabilities offer immediate recognition results, while continuous machine learning-driven improvement enhances the system's effectiveness over time. The system also features a robust communication module for seamless data integration with external applications and a durable housing design to ensure reliable operation in harsh environments. This comprehensive approach provides an efficient and adaptable solution for industries requiring precise OCR on curved surfaces.

To provide a method for designing a house that can improve an own-house power consumption quantity.SOLUTION: There is provided a method of designing a house equipped with a solar power generation device. This designing method includes: a first step S1 of inputting a first design factor required for calculating energy consumption performance; a second step S2 of calculating the energy consumption performance based on the first design factor; a third step S3 of inputting a second design factor for improving an own-house power consumption quantity; a fourth step S4 of adding the selected second design factor to calculate an updated own-house power consumption quantity obtained by improving the own-house power consumption quantity; a fifth step S5 of calculating income and expenditure information based on the updated own-house power consumption quantity; and a sixth step S6 of outputting the income and expenditure information.SELECTED DRAWING: Figure 3

The utility model relates to the technical field of electric drive axle assemblies, in particular to an axle housing assembly of a U-shaped structure and an electric drive axle assembly. An axle housing assembly of a U-shaped structure is of a three-section type symmetrical structure and comprises a middle axle housing body, U-shaped seats symmetrically connected to the two ends of the axle housing body and a hub axle tube, and the two ends of the middle axle housing body are connected with the U-shaped seats to form the U-shaped structure. The electric drive axle assembly comprises the axle housing assembly of the U-shaped structure and further comprises a hub and brake disc assembly, a brake assembly, a half shaft assembly and a motor integrated differential mechanism assembly. According to the utility model, the motor integrated differential mechanism assembly is semi-surrounded in the inner space of the U-shaped structure of the axle housing assembly, so that a compact mounting environment is provided for a motor module, and the problem that the floor of the whole vehicle is raised due to a traditional externally-hung motor is avoided. The three-section type axle housing design can quickly meet the requirements of the whole vehicle with different plate spring distances by adjusting the connecting position of the middle axle housing body and the U-shaped seat.

To provide a system for automatically and efficiently performing from design to construction of a house by utilizing generated AI.SOLUTION: A generating means for generating a house design drawing conforming to the Building Standard Law by using the generated AI, a transmitting means for transmitting the generated house design drawing to the user's terminals, a generating means for generating an execution plan and a material list based on the final design drawing and transmitting them to a factory, a manufacturing means for manufacturing parts of the house by a 3D printer based on the material list generated in the factory, and an assembling means for transporting the manufactured parts to the site and assembling the house by an execution team. AI.SELECTED DRAWING: Figure 1

This utility model relates to the technical field of deflector roller bearings for concrete mixing belt conveyors, specifically to a centrifugal self-cleaning deflector roller bearing housing. It includes a bearing housing, a blind cover, a through cover, an oil seal, and a mudguard. The blind cover and through cover are fixed to both sides of the bearing housing, respectively. The through cover is located on the transmission side and has a shaft hole in its center. An oil seal is installed inside the through cover, and a mudguard is fixedly connected to the outside of the through cover. A drainage channel is opened at the bottom of the bearing housing, and heat dissipation fins are provided on the outer surface of the bearing housing, arranged parallel to the axial direction of the bearing housing. The drainage channel also extends obliquely through the bottom of the bearing housing, with its inlet located at the lowest point of the bearing housing's inner cavity and its outlet leading to the outside. A filter screen covers the inlet of the drainage channel. The centrifugal self-cleaning deflector roller bearing housing designed in this utility model reduces contaminant contact, forms a long-lasting sealing barrier, prevents liquid accumulation in the cavity, extends wear life, achieves maintenance without disassembly, and reduces maintenance costs.

Bank housing designs for battery banks of a traction battery pack are disclosed. An exemplary battery bank may include a bank housing with a ribbed structure, incorporating at least one rib (e.g., an outer and / or inner rib) configured to improve the structural stiffness of the battery bank. A groove may extend at least partially through the rib, and an adhesive / sealant may be placed within the groove to secure a surrounding structure relative to the bank housing, thereby structurally integrating the battery bank. In some implementations, the groove may accommodate a web of a thermal barrier assembly of a battery cell stack within the battery bank.

This provides a method for easily proposing design guidelines for floor plans that suit the individual household lifestyles of each person. [Solution] This is a method for proposing design guidelines for houses. This method includes: a first step of preparing a computer in which a first database is pre-entered, which associates a plurality of evaluation elements 25 that serve as criteria for self-evaluating housework with a plurality of design guidelines 26 regarding floor plans to enhance self-evaluation; a second step of inputting at least one evaluation element 25 that the subject considers important from among the plurality of evaluation elements 25; a third step of identifying at least one design guideline 26 associated with the input evaluation element 25 based on the first database; and a fourth step of displaying the identified design guideline 26.

The objective is to provide building panels that can simplify on-site work at construction sites. [Solution] The building panel 1 in this embodiment comprises a gypsum board 20 cut to a size and shape according to the design information of the house, and an insulating board 10 which is cut to a size and shape according to the design information of the house, adhered to the surface of the gypsum board 20, and formed from foamed synthetic resin into a board shape. The insulating board 10 is pre-cut to have a surface area smaller than the surface area of ​​the gypsum board 20, and is adhered to the inside of the outer edge of the gypsum board 20.

The invention relates to a spark plug (1) with a longitudinal axis X, having: • a housing (2) having a longitudinal bore, as a result of which the housing (2) has an outer side (20) and an interior (21), and having a thread (22) formed on its outer side (20), as a result of which a threaded region (220) is formed on the outer side (20) of the housing (2), and having a thread-free region (230) which adjoins the threaded region (220) on the combustion chamber side, and also has a combustion-chamber-side end face (25), • an insulator (3), the combustion-chamber-side end of which is inside the housing (2), • a central electrode (4), which protrudes from the insulator on the combustion chamber side and the combustion-chamber-side end of which is inside the housing, • at least one ground electrode (5), in particular two or more ground electrodes, which is arranged in a lateral through-bore in the housing, • a radial ignition gap (45), which is formed by the ground electrode (5) and the central electrode (4) and which is formed inside the housing (2), wherein a plane A can be spanned by the combustion-chamber-side end of the ignition gap (45) perpendicular to the longitudinal axis X, characterised in that the through-bore for the ground electrode (5) is formed on the thread-free region (230) of the housing (2), and in that the thread-free region (230) has further openings (24) which are designed such that a gas flows out of the combustion chamber through the openings (24) into the housing interior (21).

The present disclosure relates to the field of smoking tobacco. In particular, the present disclosure relates to smoking substitute systems and particularly, although not exclusively, to a heat-not-burn (HNB) smoking substitute system. Further in particular, the present disclosure relates to a smoking substitute system having at least two different modes of operation. The present disclosure also relates to an improved housing design. The present disclosure further relates to a smoking substitute device with an improved housing design. The present disclosure yet further relates to smoking substitute systems having at least two independent display elements.

This invention belongs to the field of high-end chip packaging technology, and particularly relates to a design method for an aluminum casing for circuit integration based on high-end chip packaging. The method includes: collecting key parameters of the target high-end chip, quantifying performance indicators and circuit integration adaptation requirements, and prioritizing these requirements; selecting a base material for the aluminum casing, modifying the base material, and testing and verifying the performance of the modified material; designing an integrated partitioned structure, pin routing, and electromagnetic shielding collaborative structure, and using finite element simulation software to simulate and verify the structural performance; optimizing two packaging processes—reflow soldering and laser sealing—and the aluminum casing processing parameters, fabricating samples, and verifying process compatibility through actual assembly; and developing a testing scheme covering material performance, structural performance, circuit compatibility, heat dissipation, electromagnetic shielding, and packaging reliability to perform performance testing on the aluminum casing.

This application relates to the field of wind load technology for building surfaces, and discloses a wind load pressure sensor, comprising a housing, a mounting base, and an electrical protective cover fixed to the mounting base. A pressure-sensitive element is mounted on the top of the electrical protective cover, and a signal amplification circuit is connected to the bottom of the pressure-sensitive element. A signal wire fixing connector is connected to the bottom of the signal amplification circuit, and the signal wire fixing connector penetrates the outer wall of the electrical protective cover. A waterproof and breathable plug is installed on the opening on the side of the electrical protective cover away from the signal fixing connector. The compact housing design of this application facilitates installation, improves the accuracy of wind pressure data testing, extends service life, and comprehensively protects sensor performance.

The utility model belongs to the technical field of electronic scales, and provides an interesting electronic scale, which comprises a lower shell, an upper shell is movably mounted at the top end of the lower shell, and an electronic scale is mounted on one side, far away from the lower shell, of the upper shell; the swing mechanism comprises a barrel, a reset spring is mounted in the barrel, a column is mounted on one side of the upper shell and extends into the barrel, one side of the column is connected with the reset spring, a lower pressing block is fixedly mounted on one side of the upper shell, and a swing block is movably mounted on one side of the lower shell; according to the utility model, the housing is designed into an animal image, and the end part of the swing block is designed into corresponding animal limbs, head and the like, so that the weighing process is converted into an interesting experience, and the dynamic interaction effect is realized through the housing design of the animal or cartoon figure shape and a mechanical structure. The four limbs and the head of the animal simulate lifting actions, so that the interestingness and the interactivity of weighing are increased.