Created by general-english-image-caption-clip on 2025-07-10

design for a series of drawings by person.

Created by general-english-image-caption-blip on 2025-05-22

a photograph of a picture of a picture of a door handle latch

Created by gpt-4o-2024-11-20 on 2025-06-11

This image showcases a modular steel wedge connector system designed for assembling wooden structures. At the top are several close-up views of wedge connectors, illustrating their individual components. Below that, diagrams depict various configurations of the connectors: one-way, two-way, three-way, four-way, corner, and post, showing how the system integrates into different structural joints.

On the right, a real-life example demonstrates how the wedge connector is applied to connect wooden beams. The connectors are inserted into slots in the wood, creating flush structural joints. At the bottom center, a close-up of the assembled steel wedge component is shown, emphasizing its interlocking design.

The text describes the assembly process, explaining that the connectors consist of four stamped steel parts and four cast wedges. Parts are nested together and driven home with a hammer. The modular design allows for versatile joint combinations with interchangeable elements.

Created by gpt-4o-2024-08-06 on 2025-06-11

The image is a diagram explaining the use of wedge connectors in assembling wooden frames. The top of the image features a set of four metal components, labeled as "wedge connectors," which are designed to fit into wooden structures at various junctions. These connectors consist of four stamped steel parts and four cast wedges.

The image includes illustrations depicting different configurations of how these connectors can join pieces of wood. These configurations are labeled as "POST," "ONE-WAY," "TWO-WAY," "THREE-WAY," "FOUR-WAY," and "CORNER," showing the versatility of the connectors in creating various structural assemblies.

On the right side, there are detailed perspective diagrams showing how individual wooden pieces are joined using these connectors. At the bottom of the image, there is a close-up view of the wedge connector itself in a three-dimensional form, illustrating its shape and how it interlocks with other components.

The accompanying text explains the assembly process, noting that three parts are first nested together before the fourth part is driven into place with a hammer. The purpose of the diagram is to show the flexibility and interchangeability of these connectors, which ensure all elements are flush after assembly.

Created by anthropic.claude-3-haiku-20240307-v1:0 on 2025-06-18

The image appears to be a technical illustration or diagram of a type of connector or fastener called a "Wedge Connector". It shows various views and configurations of this connector, including one-way, two-way, three-way, and four-way versions. The text describes how the connector works, with three parts that are first nested together and then driven home with a hammer to create the desired configuration. The image does not contain any human faces or identifiable individuals.

Created by us.anthropic.claude-3-5-sonnet-20241022-v2:0 on 2025-06-18

This image appears to be a technical diagram or instruction manual showing different types of wedge connectors and their applications. At the top, there's a black and white photo showing several wedge-shaped metal connectors. The middle section contains various technical diagrams labeled "CORNER," "POST," "ONE-WAY," "TWO-WAY," "THREE-WAY," and "FOUR-WAY," showing different configurations for joining pieces.

Below these diagrams, there's a photograph of an assembled cross-shaped connector, demonstrating how the pieces fit together. At the bottom right, there's a larger photograph showing two wooden pieces joined together using this connector system.

The text explains that these are wedge connectors made of stamped steel, and describes an assembly process where three parts are nested together before the fourth is hammered into place. The system appears to be designed for flexible configuration, allowing pieces to be interchangeable and spaces to be flush after assembly.

This appears to be documentation for a modular furniture or construction system, likely from a design or architectural manual.

Created by us.meta.llama3-2-11b-instruct-v1:0 on 2025-06-09

The image presents a detailed diagram of a wooden frame and its components, accompanied by a series of diagrams illustrating the assembly process. The diagram is divided into two main sections: the top-left section features a black-and-white photograph of the frame's components, while the bottom-right section showcases a close-up view of the assembled frame.

Top-Left Section:

• A black-and-white photograph of the frame's components, including:
  • Four stamped steel parts
  • Four die-cast wedges
• The components are arranged in a specific pattern, with the stamped steel parts positioned above the die-cast wedges
• The diagram includes a caption that explains the purpose of each component and how they fit together

Bottom-Right Section:

• A close-up view of the assembled frame, showcasing the connection between the stamped steel parts and the die-cast wedges
• The frame appears to be made of wood, with a smooth surface and a sturdy structure
• The diagram highlights the precision and craftsmanship involved in assembling the frame

Assembly Process:

• The diagram illustrates the step-by-step process of assembling the frame, using a combination of arrows and lines to show the connection between the components
• The assembly process involves:
  • Attaching the stamped steel parts to the die-cast wedges
  • Inserting the wedges into the frame's slots
  • Securing the components in place using a hammer
• The diagram provides a clear and concise visual representation of the assembly process, making it easy to follow and understand

In summary, the image provides a detailed and informative diagram of a wooden frame and its components, showcasing the assembly process and highlighting the precision and craftsmanship involved in creating this structure.

Created by us.meta.llama3-2-90b-instruct-v1:0 on 2025-06-09

This image is a technical illustration of a wedge connector, showcasing its various components and assembly process. The top-left corner features a black-and-white photograph of the connector's parts, including four stamped steel pieces and four die-cast wedges. Below this, a detailed diagram illustrates how these components fit together to form the connector.

The main focus of the image is a large black-and-white photograph on the right side, depicting two wooden beams connected by the wedge connector. This visual representation helps to clarify the assembly process and demonstrate the connector's functionality.

In addition to the photographs, the image includes several diagrams that provide further guidance on assembling the connector. These diagrams are labeled with arrows and text, making it easier for users to understand the correct sequence of steps.

Overall, this image serves as a comprehensive guide for assembling the wedge connector, providing both visual and textual instructions to ensure a successful installation.

Created by amazon.nova-lite-v1:0 on 2025-06-08

The image is a technical diagram showcasing various parts of a modular construction system, likely for a prefabricated building or furniture. The diagram is divided into several sections, each illustrating different components and their assembly.

At the top, there is a series of wedge connectors, spaced 3.5 inches apart, made from stamped steel. These connectors are used for both vertical and horizontal joints. Below the connectors, there are diagrams of different joint configurations, including one-way, two-way, three-way, and four-way joints. These joints are designed to allow for interchangeable combinations, ensuring that all surfaces are flush after assembly.

The lower part of the diagram shows a corner joint and a post, both made from wood. The post is designed to be inserted into the framing, providing structural support. The corner joint is shown in an exploded view, illustrating how it fits together with other parts.

In the center of the image, there is a detailed view of a four-part assembly, where three parts are nested together before being driven home with a hammer. This assembly ensures that all surfaces are flush and properly aligned.

The diagrams are accompanied by a description explaining the assembly process and the flexibility of the system, allowing for various combinations to achieve desired configurations. The overall design emphasizes modularity, interchangeability, and ease of assembly.

Created by amazon.nova-pro-v1:0 on 2025-06-08

The image is a black and white diagram that displays various types of wedge connectors used in construction or carpentry. At the top, there is a row of four wedge connectors, each spaced 3 3/4 inches apart. These connectors are vertical and horizontal joints made of stamped steel parts and four die-cast wedges inserted into the framing. Below this row, there are illustrations of different types of connections: "One-Way," "Two-Way," "Three-Way," and "Four-Way," each showing how the wedges fit into the frames to create stable joints. Additionally, there are diagrams labeled "Post" and "Corner," illustrating how these connectors can be used in different structural contexts. At the bottom left, there is a detailed drawing of a four-way connector, showing its components and how they fit together. On the right side, there is a large illustration of two wooden beams connected using one of these wedge connectors, demonstrating the practical application of the connectors in joining wooden structures.

Created by gemini-2.0-flash on 2025-05-15

Here is a description of the image:

The image is a black and white diagram that shows how to use wedge connectors. It begins with a close-up of four wedge connectors spaced apart. The text explains that they are used in vertical and horizontal joints, consisting of four stamped steel parts and four die-cast wedges. The image illustrates various combinations for the wedges to connect wood in one, two, three, or four directions, as well as at corners or as posts. There is an illustration showing the three parts nested together, before the fourth is driven in with a hammer. The diagrams show how an asymmetrical edge can be used for any combination of connections, where all elements are interchangeable and all surfaces are flush after assembly. Finally, there is a picture of two pieces of wood connected using the wedge system.

Created by gemini-2.0-flash-lite on 2025-05-15

This image is a technical illustration demonstrating a structural connector system for wooden framing. It appears to be from a construction manual or a similar instructional document. Here's a breakdown of the content:

Upper Left:

• A close-up photograph of the stamped steel connector components. The word "Ange" (likely the product's name) is partially visible.

• Descriptive text beneath the image explaining that these are wedge connectors, spaced at intervals.

• Diagrams showing different ways these connectors can be used:

  • Four-Way: A connection where four pieces of wood meet at a central point.
  • Three-Way: A connection where three pieces of wood meet.
  • Two-Way: Connecting two pieces.
  • One-Way: Connecting two pieces.
  • Post: Connecting a post with several pieces.
  • Corner: Connecting two pieces at a corner.

Bottom:

• A close-up of a completed joint, showing the connectors embedded in two pieces of wood.
• A diagram showing the wedge connector in detail.
• Text explaining the assembly process: Three parts are initially joined, and then the fourth (likely a wedge) is driven in using a hammer. The illustrations show how asymmetrical edges make possible a variety of configurations, with interchangeable parts and flush surfaces.

The overall image functions as a visual guide, illustrating how the wedge connectors can be used to join wood elements in various structural configurations. The diagrams and text provide a clear explanation of the connectors' function and the assembly process. The black and white photography, and the use of diagrams, are typical of technical drawings.

Created by us.mistral.pixtral-large-2502-v1:0 on 2025-05-30

The image illustrates a system of wedge connectors used for joining wooden framing members. These connectors are spaced 3 1/4 inches apart through all vertical dimensions of the framing. The system involves die-cast wedges that are shop-inserted into the framing.

The image includes several diagrams and photographs to explain the assembly process:

1. Top Left Photograph: Shows a series of wedge connectors aligned vertically.

2. Diagrams (Right Side):

   • Four-Way Connector: Illustrates how four framing members can be joined together.
   • Three-Way Connector: Shows the connection of three framing members.
   • Two-Way Connector: Depicts the joining of two framing members.
   • One-Way Connector: Demonstrates the connection of a single framing member to another element.
   • Post Connector: Shows how a post can be connected.
   • Corner Connector: Illustrates the connection at a corner.

3. Bottom Left Photograph: Displays a close-up of a four-way wedge connector, showing how the parts interlock.

4. Bottom Right Photograph: Shows two wooden framing members connected using the wedge connectors.

The accompanying text explains that during assembly, three parts are first nested together, and the fourth part is driven home with a hammer. The diagrams illustrate the various configurations possible with these connectors. The system allows for any desired combination where all elements are interchangeable, and surfaces are flush after assembly.

Created by Qwen/Qwen2.5-VL-7B-Instruct on 2025-07-09

This image is a technical illustration of wedge connectors, used in construction, likely for framing. The illustration is divided into several parts:

1. Top left: A series of icons showing the different shapes of the wedge connectors, which are designed to fit into various configurations of beams and posts.

2. Top right: A set of diagrams labeled "Four-Way," "Three-Way," "Two-Way," and "One-Way," depicting how the wedge connectors can be used to join elements in different configurations, such as intersecting beams at various angles. The "Four-Way" joint connects four beams, while the "One-Way" joint connects only one direction.

3. Middle left: A diagram labeled "Corner" showing how the wedges can be used in corner joints.

4. Middle right: A photo of a constructed corner joint, demonstrating the practical application of the wedge connectors.

5. Bottom right: Another photo showing two vertical beams joined together, highlighting the assembly process. The text below explains that three parts are nested together first, and then a fourth part is driven home with a hammer. The flexibility of the design allows for different configurations and combinations.

The illustration is informative and intended to educate viewers on the functionality and installation process of the wedge connectors for structural framing.

Created by Qwen/Qwen2.5-VL-72B-Instruct on 2025-07-09

This image is a technical diagram illustrating a modular construction system. It showcases various types of joint configurations for wood framing using wedge connectors. The key features include:

1. Wedge Connectors: The top left corner displays four types of wedge connectors, spaced 3-4 inches apart. These connectors consist of stamped steel parts and die-cast wedges that are shop-inserted into the framing.

2. Joint Configurations: The diagram shows different joint configurations:

   • One-Way: A single joint configuration.
   • Two-Way: A joint connecting two directions.
   • Three-Way: A joint connecting three directions.
   • Four-Way: A joint connecting four directions.
   • Post: A vertical joint configuration.
   • Corner: A joint configuration for corners.

3. Assembly Process: The bottom left part of the image describes the assembly process. Three parts are first nested together, and the fourth part is then driven home with a hammer. By matching an asymmetrical edge, any desired combination can be achieved, ensuring all elements are interchangeable and surfaces are flush after assembly.

4. Photograph of Assembled Joints: The right side of the image shows two wooden beams connected using the wedge connectors. The connectors are visible, demonstrating how they hold the beams together.

The overall design is focused on demonstrating the versatility and interconnectivity of the modular construction system, allowing for various joint configurations to be easily assembled and disassembled.