Abstract: A valve connector includes a body having a first end adapted to attach to an American valve, a second end opposite the first end, and a through hole extending through both ends. A shoulder portion divides the through hole into a first accommodating portion and a second accommodating portion, with a sealing ring disposed on the second accommodating portion. A control member is movably disposed in relation to the body between a first and second position. The control member includes a body portion, a guiding hole, an abutting end, and a control end adapted to communicate with an air pump device. A venting portion is arranged between the abutting end and the control end, having a first cross-sectional area smaller than a second cross-sectional area.

Abstract: A valve connector includes a body having a first end adapted to attach to an American valve, a second end opposite the first end, and a through hole extending through both ends. A shoulder portion divides the through hole into a first accommodating portion and a second accommodating portion, with a sealing ring disposed on the second accommodating portion. A control member is movably disposed in relation to the body between a first and second position. The control member includes a body portion, a guiding hole, an abutting end, and a control end adapted to communicate with an air pump device. A venting portion is arranged between the abutting end and the control end, having a first cross-sectional area smaller than a second cross-sectional area.

Abstract: The present disclosure relates to systems, methods, and non-transitory computer-readable media that executes a software task utilizing an autonomous software agent. In particular, the disclosed systems receive a request to deploy an autonomous software agent, and the disclosed systems provide access to a shell and an integrated development environment. Moreover, the disclosed systems, execute, by the autonomous software agent, the software task responsive to the request based on utilizing the shell and the integrated development environment.

Abstract: The present disclosure relates to systems, methods, and non-transitory computer-readable media that deploys an autonomous software agent to generate artificial intelligence outputs responsive to the software task based on accessing the one or more code repositories. In particular, the disclosed systems connect an autonomous software agent system with a computer code repository management system. Moreover, the disclosed systems receive a prompt to deploy an autonomous software agent, and the disclosed systems deploy the autonomous software agent within an independent virtual machine computing environment to execute a software task by accessing one or more connected code repositories. Additionally, the disclosed systems generate artificial intelligence outputs based on accessing the connected code repositories.

Abstract: The present disclosure relates to systems, methods, and non-transitory computer-readable media that deploys an autonomous software agent and displays actions taken by the autonomous software agent on a graphical user interface on a user computing device. In particular, the disclosed systems provide an interactive browser of an independent virtual machine computing environment of the autonomous software agent for display within a graphical user interface. Moreover, the disclosed systems provide an application running on the independent virtual machine computing environment for display in the interactive browser.

Abstract: The present disclosure relates to systems, methods, and non-transitory computer-readable media that deploys an autonomous software agent and determines an activation trigger that indicates an access credential as part of completing a software task. In particular, the disclosed systems receive a prompt to execute a software task and determine (e.g., via an autonomous software agent) an activation trigger that indicates an access credential is required as part of completing the software task. Moreover, the disclosed systems make a call for a token corresponding to the access credential based on the activation trigger. Furthermore, the disclosed systems receive the token in an independent virtual machine computing environment and use the token to complete the software task.

Abstract: The present disclosure relates to systems, methods, and non-transitory computer-readable media that connects with a messaging application for digital conversations between a plurality of users and deploys an autonomous software agent via a prompt received from the messaging application. In particular, the disclosed systems connect a messaging application with an autonomous software agent system. Moreover, the disclosed systems receive a prompt to activate an autonomous software agent from the messaging application. Additionally, the disclosed systems deploy the autonomous software agent that operates within an independent virtual machine computing environment to generate artificial intelligence outputs responsive to the prompt and proves the artificial intelligence outputs to the messaging application.

Abstract: The present disclosure relates to systems, methods, and non-transitory computer-readable media that deploys an autonomous software agent and accesses a virtual machine snapshot. In particular, the disclosed systems receive a request to deploy an autonomous software agent, and the disclosed systems access a virtual machine snapshot, where the virtual machine snapshot is a custom software development environment comprising at least one of access to a code repository, access to one or more functional tools, or access to one or more code dependency libraries. Moreover, the disclosed systems execute the software task by using the autonomous software agent to perform one or more actions within the custom software development environment.

Abstract: The present disclosure relates to systems, methods, and non-transitory computer-readable media that provide an autonomous software agent with relevant knowledge items to execute a software task. In particular, the disclosed systems provide a knowledge creation option to create software composition instructions for an independent virtual machine computing environment to reference across different development sessions. Moreover, the disclosed systems receive knowledge items pertaining to a knowledge trigger and further receive a prompt to deploy an autonomous software agent within the independent virtual machine computing environment. Additionally, the disclosed systems determine that the software task indicates a knowledge trigger and provide the knowledge items to the autonomous software agent to aid in executing the software task.

Abstract: The present disclosure relates to systems, methods, and non-transitory computer-readable media that deploys an autonomous software agent to execute a software task responsive to a system prompt. In particular, the disclosed systems provide a playbook library that includes a plurality of reusable system prompts. Moreover, the disclosed systems receive a system prompt selected from the plurality of reusable system prompts. Additionally, the disclosed systems deploys an autonomous software agent, which operates within an independent virtual machine computing environment, to execute a software task responsive to the system prompt selected from the playbook library.

Abstract: A valve connector for various air valves comprises a housing with a sliding slot along a virtual reference axis and a clamping device disposed therein. The clamping device includes an American pushing seat, a French pushing seat, a first clamping jaw with a first clamping portion, at least one second clamping jaw with a second clamping portion, and a pushing member in the American receiving hole. The clamping device alternates between an American position, where the first clamping portion is close to the axis, and a French position, where the second clamping portion is close to the axis. This design enables ease of operation and effective clamping performance.

Abstract: A valve connector includes a body and a control component. The body has a through hole divided into a first receiving section and a second receiving section. The control component has a body portion with a guide hole connecting to the through hole. The body portion has an abutting end and a control end exposed at the second end for attachment to an inflating device. The control component can move relative to the body, with the abutting end selectively entering the first receiving section to abut against the core rod of the Schrader valve, and with a sealing ring selectively abutting the second receiving section, enabling easy detachment of the valve from the valve connector.

Abstract: A portable air pump includes a pumping assembly and an inflating assembly. The pumping assembly includes an inner cylinder and an outer cylinder. The inner cylinder is provided with a first end and a second end, and the outer cylinder is sleeved onto an outer periphery of the inner cylinder from the first end. The inflating assembly includes a sliding member, an inflating tube, and a pivoting member. The sliding member is disposed in the inner cylinder. The inflating tube has a proximal end connected with the pivoting member. The pivoting member is pivotally mounted on the sliding member to be rotatable between an axial position and a radial position. When the pivoting member is in the axial position, the sliding member is movable between a retracted position and an extended position.

Abstract: A portable air pump includes an inflating mechanism, a joint seat disposed on a cylinder of the inflating mechanism, a support seat pivotally coupled to the joint seat, a positioning mechanism pivotally coupled to the support seat, and a footrest is coupled to the support seat. The joint seat has a joint end including a positioning portion and a groove. The support seat includes a connection pivotally received by the groove and has a receptacle. The positioning mechanism includes a positioning member pivotally engaged in the receptacle and a biasing member. The positioning member is biased by the biasing member and detachably engagable with the positioning portion. The footrest is folded out when the positioning member is engaged with the positioning portion and adapted to be folded toward the inflating mechanism when the positioning member is disengaged from the positioning portion.

Abstract: An inflator valve connector includes a body, a connecting assembly, a pushing member, and a lever. The body has an air channel. The connecting assembly is rotatably connected to the body and configured to connect with an air valve. The pushing member is movably inserted through the body and the connecting assembly between a first position and a second position, and has a pushing end and a pushed end. The pushing member is provided with at least one air passage communicating with the air channel. The lever is selectively abutting against the pushed end in an unlock position and a lock position and is configured to actuate the pushing member to move relative to the body and the connecting assembly.

Abstract: A valve connector includes a body and a control component. The body has a through hole divided into a first receiving section and a second receiving section. The control component has a body portion with a guide hole connecting to the through hole. The body portion has an abutting end and a control end exposed at the second end for attachment to an inflating device. The control component can move relative to the body, with the abutting end selectively entering the first receiving section to abut against the core rod of the Schrader valve, and with a sealing ring selectively abutting the second receiving section, enabling easy detachment of the valve from the valve connector.

Abstract: A valve connector includes a body having a first end adapted to attach to an American valve, a second end opposite the first end, and a through hole extending through both ends. A shoulder portion divides the through hole into a first accommodating portion and a second accommodating portion, with a sealing ring disposed on the second accommodating portion. A control member is movably disposed in relation to the body between a first and second position. The control member includes a body portion, a guiding hole, an abutting end, and a control end adapted to communicate with an air pump device. A venting portion is arranged between the abutting end and the control end, having a first cross-sectional area smaller than a second cross-sectional area.

Abstract: An electric air pump includes a power unit and an inflating unit. The power unit includes a first housing and a motor. The inflating unit includes a second housing and an eccentric cam member. The power unit is configured to connect to the inflating unit in either a first position or a second position. When the power unit is in the first position, the motor is detached from the eccentric cam member. When the power unit is in the second position, the motor is connected to the eccentric cam member. When the power unit is in the third position, the power unit and the inflating unit are completely separated from each other.

Abstract: An air valve connector includes a head and a switching assembly. The head has a first insertion hole, a second insertion hole, a communicating passage, and an inlet hole. The first insertion hole is provided with a first airtight portion disposed between the communicating passage and the inlet hole, and a second airtight portion disposed between the inlet hole and the first port. The switching assembly includes a plunger movably disposed in the first insertion hole to alternately abut against the first airtight portion or the second airtight portion.

Abstract: A floor pump includes an inflation device having a pump, a seat, and a pressure gauge. The seat is connected to a lower edge of the pump. The pressure gauge is connected between two ends of the pump. A base is pivotably connected to the seat and is movable between an extended position and a first folded position. The base includes first and second footrest portions located on two opposite sides of the seat. When the base is in the extended position, both the first footrest portion and the second footrest portion are not located below the pressure gauge. When the base is in the first folded position, the first footrest portion is located below the pressure gauge.