A multipurpose tool and storage device is disclosed. In one aspect, the multipurpose tool and storage device can include a container. The container can includes a frontward wall portion, a rearward wall portion, a first sidewall portion, a second sidewall portion, an inner bottom surface of the container, and a plurality of leg storage compartments that are each configured to stow a removable leg of the container, wherein each leg storage compartment of the plurality of leg storage compartments is positioned between a terminating end of the rearward sidewall portion and a terminated end of at least one of the first sidewall portion or the second sidewall portion.

An apparatus for automatically adjusting tension on retention member to hold multiple objects together. Examples include using retention apparatus to obtain optimal fit and use of a human wearable item such as article of footwear. Sensors may be used to sense changes in movement of the article of footwear, of the person wearing it, or of a third object such as a vehicle carrying the person. A retention member may surround at least a portion of the objects, and an actuator may be included that automatically rotates a rotating member such as a gear or pulley that may be coupled to the retention member. The rotating member may be configured to automatically adjust tension on the retention member many times per second based on control signals from control logic responsive to the sensors.

The present patent application relates to a backpack for domiciliary medical services, for optimising the transport, protection, cleaning and organisation of basic medical items (devices and consumables) when used in the care of a patient during his or her respective domiciliary medical visit and consultation by a doctor or health professional. The backpack for domiciliary medical services also allows easy access to the medical and personal items being carried, and provides versatile adjustment and adaptation of each of its interior spaces according to the need of the health professional. Furthermore, using oxygen, UV light, water, soap or ammonia, among others, the backpack and all the items that it contains can be cleaned and disinfected against microorganisms and bacteria that may become impregnated in or adhere to the backpack.

A panel attachable to a backpack body. The panel having at least one through-hole formed therein to allow air to flow into a gap defined between the panel and the backpack body. An air-moving device is mountable to the panel, with an outer portion of the air-moving device extending forwardly from the panel and an inner portion of the air-moving device positioned in the gap. The air-moving device causes air to flow into the gap through the at least one through-hole and into one or more inlets of the inner portion. The air-moving device causes air to flow out one or more outlets of the outer portion.

A panel attachable to a backpack body. The panel having at least one through-hole formed therein to allow air to flow into a gap defined between the panel and the backpack body. An air-moving device is mountable to the panel, with an outer portion of the air-moving device extending forwardly from the panel and an inner portion of the air-moving device positioned in the gap. The air-moving device causes air to flow into the gap through the at least one through-hole and into one or more inlets of the inner portion. The air-moving device causes air to flow out one or more outlets of the outer portion.

A thermal insulation backpack enabling a rapid reduction in temperature without removing a product arranged therein and achieving a thermal insulation effect, and an operation method thereof. The thermal insulation backpack comprises a main body (10) and one or more adapter assembly (30). The main body (10) is provided with a thermal insulation accommodation cavity (102) therein, and provided with a connection hole (101) in communication with the thermal insulation accommodation cavity (102). The adapter assembly (30) is inserted into the connection hole (101), and comprises a fixing frame, a sealing screen (32), and a reset assembly. An outer periphery of the sealing screen (32) is provided with a sealing strip (321) protruding outward. A connection recess (316) and a first through slot (312) are provided in the fixing frame. The first through slot (312) is connected to the thermal insulation accommodation cavity (102). The sealing screen (32) is connected to the reset assembly. When the adapter assembly (30) is connected to an external cooling apparatus, the sealing screen (32) moves toward a direction of an interior of the thermal insulation accommodation cavity (102), such that the connection recess (316) is communicated with the first through slot (312). When the adapter assembly (30) is not connected to an external cooling apparatus, the sealing strip (321) presses against a lower end of the connection recess (316), such that the connection recess (316) is not communicated with the first through slot (312).

A thermal insulation backpack enabling a rapid reduction in temperature without removing a product arranged therein and achieving a thermal insulation effect, and an operation method thereof. The thermal insulation backpack comprises a main body (10) and one or more adapter assembly (30). The main body (10) is provided with a thermal insulation accommodation cavity (102) therein, and provided with a connection hole (101) in communication with the thermal insulation accommodation cavity (102). The adapter assembly (30) is inserted into the connection hole (101), and comprises a fixing frame, a sealing screen (32), and a reset assembly. An outer periphery of the sealing screen (32) is provided with a sealing strip (321) protruding outward. A connection recess (316) and a first through slot (312) are provided in the fixing frame. The first through slot (312) is connected to the thermal insulation accommodation cavity (102). The sealing screen (32) is connected to the reset assembly. When the adapter assembly (30) is connected to an external cooling apparatus, the sealing screen (32) moves toward a direction of an interior of the thermal insulation accommodation cavity (102), such that the connection recess (316) is communicated with the first through slot (312). When the adapter assembly (30) is not connected to an external cooling apparatus, the sealing strip (321) presses against a lower end of the connection recess (316), such that the connection recess (316) is not communicated with the first through slot (312).

A system may include an acromion-socket constructed out of multiple components that are shaped to engage a user's acromion-portion. The system may also include a strap positioned away from the user's neck by the acromion-socket to connect a load to the user.

A system may include an acromion-socket constructed out of multiple components that are shaped to engage a user's acromion-portion. The system may also include a strap positioned away from the user's neck by the acromion-socket to connect a load to the user.

The present disclosure provides various embodiments of cases for lifting portable electronic devices (PEDs) from a compartment of the case. Such a case may comprise a compartment with a rear wall and a front wall coupled to the rear wall with a space disposed between the walls. A lift member may be at least partially disposed within the compartment with an end of the lift member coupled to the front wall. The lift member may comprise a handle and a cradle portion. The cradle portion may support the PED within the compartment and upwardly lift the PED relative to the compartment when the handle is upwardly displaced by a user. Accordingly, a larger portion of the PED is exposed outside of the compartment allowing for easy removal of the PED from the compartment.