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oxygen generator designs Images and Art

Browse through thousands of the most popular oxygen generator designs images made by AI, or make your own oxygen generator designs images using the top AI models. OpenArt is the best place to find and create your own oxygen generator designs art and images using AI.

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Prompt: Create a highly detailed engineering blueprint of a small-scale Hydrotreated Vegetable Oil (HVO) reactor system with a processing capacity of 50 liters per hour (50 LPH). The drawing must be in professional mechanical blueprint style (white lines on dark blue background), with precise dimensions, annotations, and labeled components. Include the following technical specifications and layout: REACTOR VESSEL: - Type: Vertical fixed-bed tubular reactor - Material: SS316 stainless steel - Height: 2200 mm - Inner Diameter: 300 mm - Wall Thickness: 12 mm - Design Pressure: 60 bar - Operating Pressure: 40–50 bar - Design Temperature: 450°C - Operating Temperature: 320–380°C INTERNAL CONFIGURATION: - 3 catalyst beds (NiMo/CoMo catalyst) - Each bed height: 300 mm - Catalyst support grids between beds - Thermocouple probes at each bed level (3 points) - Internal distributor for uniform flow INLETS: - Feedstock inlet (acid oil/UCO): 1-inch pipe, top entry - Hydrogen inlet: 0.5-inch pipe with gas distributor - Flow direction: Top to bottom OUTLETS: - Main product outlet (hydrocarbon liquid): 1-inch bottom outlet - Gas outlet (CO2, CO, propane): 0.5-inch side outlet (top section) - Water drain outlet: 0.5-inch bottom drain SUPPORT STRUCTURE: - Mounted on steel skid frame: 1500 mm × 1500 mm - Platform height: 800 mm - Ladder and safety railing included AUXILIARY SYSTEMS: - Heat exchanger (pre-heater) before reactor - High-pressure feed pump (50 LPH capacity) - Hydrogen compressor line - Pressure relief valve (PRV) - Temperature and pressure gauges - Control panel (basic PLC system) PIPING: - Show complete piping layout with flow arrows - Use industrial piping standards (ANSI) - Include valves (gate, check valves) ANNOTATIONS: - All dimensions in millimeters (mm) - Label each component clearly - Include section view (cutaway) of reactor showing catalyst beds - Add title block: "HVO Reactor System – 50 LPH Capacity" Scale: 1:20 Units: Metric
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Prompt: Gerades Hamster-Tunnelmodul „BioTube Straight“ Länge: 150 mm Innendurchmesser: 50 mm Wandstärke: 2,5 mm Stil: Organisches Voronoi-Muster, rundum offen Material: transparent-blaues PLA oder PETG Steckverbindungen: Grau, leicht konisch mit 0,2 mm Toleranz für reibungsloses Ineinanderstecken Übergangsringe: Grau, passend zu den Steckverbindungen Druckfreundlich: Kein Stützmaterial nötig, flache Auflage unten möglich Verwendung: Modulares Hamster-Tunnelsystem, kombinierbar mit 45°-, 90°- und Kreuzmodulen Ziel: Erzeugung eines realistischen 3D-Modells für 3D-Druck (.STL, .OBJ, .GLB)
Prompt: A detailed technical blueprint line-art drawing, cross-section view of an industrial process tank system. The style is a vintage engineering sketch with fine dark ink lines, resembling a hand-drawn diagram on a notebook page. Inside the tank, a wavy line indicates the water level. Specific sensor placements shown clearly: Top: A float level switch assembly mounted on the top flange, with its float resting on the water surface. Label it with an arrow: 'FLOAT LEVEL SWITCH'. Left Side: A head-type PT100 temperature sensor probe is inserted horizontally through the tank wall into the water. Label it: 'PT100 TEMP PROBE'. Right Side: An outlet pipe extends from the lower right side of the tank, and a pressure transmitter is mounted vertically directly onto this pipe. Label it: 'PRESSURE TRANSMITTER'. Include subtle technical dimension lines, flow arrows on the pipe, and a title block in the corner that reads 'SYSTEM DIAGRAM - REV A'. No shading, no gradients, extremely clean flat 2D architectural drawing style. Transparent background. High resolution.
Prompt: Ich möchte ein Visuelles Bild für ein Tiny House welches in Combuco, Brasilen gebaut werden soll. Für eine Camping Anlage. Es ein Mauerwerk sein. Ohne Küche. Einfach zum Vermieten an Touristen. Im minimalistischen Style. Mit Veranda. Bitte Grundriss zeichnen. Dusche und WC soll vorhanden sein.
Prompt: This image is a digital screenshot of a black-and-white technical drawing app interface. The interface is divided into three horizontal sections, each displaying a different isometric diagram of a mechanical system, labeled "Progetto D" in white text at the top right of each section. The top section shows a diagram of a rectangular structure with horizontal and vertical lines representing pipes or conduits. The structure is elevated slightly above a flat surface, with a small triangular symbol at the top left. The middle section features a more complex diagram with additional vertical and horizontal lines, pipes, and cylindrical shapes. The structure is supported by four vertical lines, resembling legs, and includes a small circular element at the top right. The bottom section presents a simplified diagram with fewer lines and elements. It includes a horizontal line at the top and a vertical line intersecting it, with a circular element at the center. The background of the interface is black, with white borders separating the three sections. The interface also displays a status bar at the top with time "2:50," battery icon, signal strength, and Wi-Fi icons. The overall style is minimalist and technical, focusing on clear, precise line work to represent mechanical or industrial systems.
Prompt: Produce an AutoCAD-quality plan view drawing for a wastewater aeration system consisting of six rectangular basins, organized in two rows of three. The north (top) row basins are: 'AB2' (11.98 ft L x 10.60 ft W x 12.50 ft D), 'AB1' (16.17 ft L x 10.60 ft W x 12.50 ft D), and 'Splitter Box' (10.60 ft L x 7.51 ft W x 12.50 ft D). Mirror this layout for the south (bottom) row. In each 'AB1' and 'AB2' basin, delineate three supply laterals spaced 5.3 ft apart along the basin width, each fitted with coarse bubble PVC diffusers at 6 ft intervals, matching 9 diffusers per lateral in AB1 and 6 per lateral in AB2. Mark all internal and external basin dimensions with dimension lines, label all basins, show air manifold headers, designate 7.24 SCFM/diffuser, and use process arrows to indicate airflow direction. Apply professional engineering standards for scaling, labeling, annotations, and sectional marks on the plan.
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Prompt: This image is a technical, digital diagram illustrating the design and cross-sectional views of a denham unit sedimentation tank and a pottonian mechanical global section. The diagram is composed of four main sections, each showcasing different views and details of the equipment. 1. **Denham Unit Sedimentation Tank (2 Unit Parallels)**: This section, located at the top, displays a horizontal cross-sectional view of the tank, labeled with dimensions in millimeters. The tank has a rectangular shape with a blue water-filled interior, and various components such as inlet, outlet, and sedimentation areas are clearly marked with arrows indicating fluid flow. 2. **Pottonian Melting (Cross Section)**: Situated on the right, this section shows a vertical cross-sectional view of the pottonian melting section. It includes detailed measurements and labels for different parts like the melting section, overflow pipe, and water level indicator. 3. **Pottonian Mechanical Global Section**: Positioned at the bottom, this section presents a horizontal cross-sectional view of the pottonian mechanical section. It includes labels for components such as the water pump, overflow pipe, and mechanical parts. 4. **Technical Specification Table**: Located in the bottom right corner, this table provides a list of technical specifications for the equipment, including dimensions, materials, and operational parameters. The background of the image is white, and the diagram is rendered in black and blue with clear, precise lines and labels. The overall style is. Please change the design into AutoCAD, don't change anything like the calculations or the drawing design.
Prompt: Clean technical diagram showing 5 snowboard camber profiles side by side: 1. Traditional Camber (arched up in middle) 2. Rocker/Reverse Camber (tips curved up, middle flat) 3. Flat (completely flat profile) 4. Hybrid Camber (camber in middle, rocker at tips) 5. 3D Base (spoon-like edges lifted) Style: Dark background (#000000), neon pink (#FF10F0) and electric yellow (#FFFF00) accent lines, clean minimalist technical illustration, labels in white text, side profile view of each board shape. Aspect ratio: 16:9
Prompt: An aquarium Dimensions Length - 3.5ft Height - 5ft Width - 1.5ft On a stand of Dimensions Length - 6ft Height - 2ft Width - 1.5ft With a top shelf for filtration Dimensions Length - 3.5ft Height - 1.5ft Width - 1.5ft
Prompt: photo of a detailed LEGO model of a futuristic robotic satellite or spacecraft, primarily red with black and white accents, set against a solid blue background, the model features intricate lattice structures, two transparent domes with circular designs inside, a black camera-like device on the right, white vertical elements, and a complex framework, the model is highly detailed with precise LEGO pieces, showcasing a combination of mechanical and scientific elements, the red color is vibrant and contrasts sharply with the blue background, the image is well-lit with no shadows, the model is centered in the frame, high quality, studio shot, no watermarks, realistic, no jpeg artifacts
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Prompt: A detailed CAD drawing of a residential floor plan.
Prompt: create the same cad as in the image attached
Prompt: a poster ment to be on a door, that has a 2d digital art of laboratory tools light microscope, telescope, and more
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Prompt: Recreate the graphic referenced, but use NESTA branding colors and change the fonts to Times New Roman. Make sure font sizes are appropriate. Hers is the NESTA branding kit: #ffffff #ca0100 #20335b #feca00 #101622 #04080b
Prompt: ## E — EFSANEVİ SINIF (CFS SERİSİ) ### CFS-001-M — ∞-Cosmic Frost Station (Ana) * **Boy:** **100 milyon ışıklı yıl** (maksimum/ana boy) * **Üretim:** 1 (eşsiz) * **Özellik:** Evren-ötesi komuta, tüm istasyon/orduyu senkronize eden Spectral Hack alanı, evrenler arası enerji & iletişim hub’ı * **Silahlar/Etki:** Galaktik lazer topları, boyut zinciri kalkanları, evren düzeyi dondurma, Hiçlik portalları kontrolü ### Küçük Destek İstasyonları (boydan büyüğe; sayı 100× artırılmış hâl) | Model | Boy | Üretim | Rol | | ---------- | ------------- | ------------ | -------------------------------------------------------- | | CFS-001-S1 | 10 milyon km | **500 adet** | Temel destek & enerji dağıtım, saha güçlendirme | | CFS-001-S2 | 25 milyon km | **400 adet** | İletişim, radar, erken uyarı, lokal savunma kasırgaları | | CFS-001-S3 | 50 milyon km | **300 adet** | Mini üretim & sınıf spawn hub’ı (mikro-saniyede üretim) | | CFS-001-S4 | 75 milyon km | **200 adet** | Boyutsal portal / ışınlama hub’ı (orta ölçekli transfer) | | CFS-001-S5 | 100 milyon km | **100 adet** | Geniş alan dondurma & OP mor buz fırtınası üretimi | --- ## F — DESTEK, LOJİSTİK VE DİĞERLER ### Mühendis Drone & Saha Makineleri * **Boy:** 0.5–5 m * **Üretim:** µs ölçeğinde sürekli * **Rol:** Hızlı kurulum, onarım, küçük üretim
Prompt: Create an anime character who embodies the fusion of technology and raw human willpower. The character is a young engineer-warrior from a futuristic world where computation itself fuels survival. They wear a sleek, cybernetic armor infused with glowing runes symbolizing cryptographic strength. Their eyes reflect deep intelligence — one is human, the other mechanical, constantly scanning for truth in every data stream. They carry a device called the Proof Core, capable of verifying reality through zero-knowledge energy. Their vibe should be confident, calm, and unshakable, someone who doesn’t fight for fame, but for integrity. The color palette should blend metallic blues, black, and faint white glows. Name: CYREN (derived from “Cysic” + “siren” a call to verifiable truth)
Prompt: photograph of a complex robotic system, colorful components, various tubes and wires, blue, red, yellow, green, black, wooden frame, multiple motors, sensors, mechanical arms, industrial setting, workshop, natural light, close-up, intricate design, mechanical engineering, detailed, technical, organized chaos, high-tech, modern robotics, technical equipment, machinery, technical setup, multiple motors, industrial environment, cables, wires, mechanical parts, workshop interior, technical complexity, detailed view, mechanical assembly
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Prompt: Hardware & Layout Improvements Enclosure Protection Use a waterproof IP65 or higher-rated enclosure to protect electronics from rain, dust, and insects. Add cable glands for neat and safe wire entry. Component Placement Place the Arduino and lithium battery inside the enclosure (not exposed). Keep the charge controller outside only if it has a waterproof casing, otherwise also inside. Mount the LCD on the front panel with a transparent acrylic cover for readability. Solar Panel Mounting Tilt the solar panel at the correct angle for Batangas City (~14–16° tilt facing south) for maximum efficiency. Use an adjustable mount to optimize seasonal performance. Wiring Replace exposed wires with color-coded insulated wiring inside the box. Add a fuse or circuit breaker between the battery and the system for safety. Sensor Position Place the ultrasonic sensor inside the tank lid, pointing downward for accurate water-level measurement. Add a protective waterproof casing for the sensor to prevent damage from humidity. ⚡ Electronics & Features Battery Management Use a battery management system (BMS) for the lithium battery to prevent overcharging/discharging. Indicators Replace single LED with multi-color LED (RGB) or add 3 LEDs (Low, Medium, Full) for clearer tank status. Keep the buzzer as an overflow/critical alert only to avoid noise annoyance. Display Upgrade to an I2C LCD (16x2 or 20x4) for reduced wiring. Optionally use an OLED display for compactness and clarity. GSM Module (for alerts) Place GSM inside the enclosure with an external antenna for stronger signal. Add SMS/Call alert feature for critical low/high water level notifications. 🛠️ System Usability Manual Override Switch Add an ON/OFF switch to reset or disable the system without unplugging. Modular Design Use connectors (JST/XH/dupont) for components instead of soldering directly — this makes replacement easy. Power Backup Include a small backup battery or supercapacitor for the Arduino in case of power interruptions.
Prompt: Read the following passage: Both animals and plants carry out cellular respiration. Cells in both animals and plants contain organelles called mitochondria, where cellular respiration happens. Cellular respiration uses glucose and oxygen to produce a chemical energy source in the form of ATP (adenosine triphosphate) molecules along with water and carbon dioxide. ATP is used to sustain the processes needed for life. You may remember that photosynthesis uses water and carbon dioxide in the presence of chlorophyll and sunlight to produce glucose and oxygen in plants. Plants and animals then use the glucose as food, along with oxygen, to transform energy in the process of cellular respiration. 6. Using only the reactants you have already constructed, create the products of cellular respiration. Use your student reference sheet to refer to the structures of the two products. 7. Sketch a drawing of the products below, being sure to color-code your atoms and include a key.
Prompt: A clean, modern 3D infographic concept for a maritime mission. A tri-section layout. On the left, a polluted river with visible macro-plastics both on surface and deep underwater. In the middle, a specialized vessel intercepts the flow using 150-foot purse-string nets with a visible 26-foot depth. On the right, the water clears into a sparkling, healthy ocean ecosystem. Vibrant color palette: Gritty charcoal/browns transitioning to brilliant teals. The final image is encased in a modern rounded-rectangle (stadium) border. High contrast, sleek aesthetic, soft shadows.
Prompt: Peux tu me générer le shéma d'un stylo à réacteur. Un plan vu de coté. Sur le haut du stylo 3 petit réacteur pour le faire voler. dedans un réserve d'encre et d'essence, et un moteur V8 à clylindre relié aux réacteur. Et un tuyau relié au réservoirs pour les remplir.
Prompt: Engineering style schematic icon of a vertical chemical reactor, cylindrical vessel, top inlet pipe, bottom outlet pipe, side outlet pipe, internal mixing blades visible, light silver body with soft blue shading, grey pipes, clear engineering lines, PNG, 512x512, transparent background
Prompt: hãy vẽ tôi auto cad dựa trên hình ảnh này
Prompt: CONVERT TO PIXAR ANIMATION
Prompt: A hyper-realistic horizontal capsule pod placed in a natural location that matches the uploaded product type. The left half is fully wrapped in the product branding, and the right half is transparent, showing a cozy wooden interior with soft lighting. Inside: bean bag, guitar, computer desk, skateboard, headphones, and a cartoon tiger wearing a hoodie. Outside: a metal bucket with the product in ice. Emphasize smooth horizontal capsule curve, lifestyle vibe, and split design