Abstract: In certain embodiments, a lockable canister for retaining and selectively dispensing medications is disclosed. To prevent drug diversion, a plurality of doses of medication may be loaded into the locking canister at a central pharmacy and then the canister may be locked to prevent unauthorized removal of medication in transit to a remote automated dispensing unit that may be located in a remote pharmacy. The lockable canister may include a canister housing and a canister cover that may be locked to the canister housing to enclose the plurality of doses of medication. The canister cover may include tamper evident or tamper resistant features. The canister may include one or more locking mechanisms to prevent unauthorized access to the medication in the canister in transit or before it is specifically authorized for dispensing.

Abstract: A climbing product whose sections are extendable having a base section and a fly section. The fly section in sliding engagement with the base section. The climbing product having a lock assembly having a lock fly portion directly attached to the fly section. The lock fly portion directly engages with the base section to lock the base section with the fly section. The lock fly portion disengages from the lock base portion by simply moving the fly section relative to the base section to unlock the fly section from the base section. A method for using a climbing product whose sections are extendable. A method for producing a climbing product whose sections are extendable.

Abstract: A climbing product whose sections are extendable having a base section and a fly section. The fly section in sliding engagement with the base section. The climbing product has a lock assembly having a lock fly portion directly attached to the fly section. The lock fly portion directly engages with the base section to lock the base section with the fly section. The lock fly portion has a plunger. The lock fly portion disengages from the base portion by moving the plunger. A method for using a ladder whose sections are extendable. A method for constructing a ladder whose sections are extendable.

Abstract: In certain embodiments, a remote automated dispensing unit (ADU) may include an enclosed cabinet, one or more locking mechanisms to keep the cabinet secure, one or more doors on the cabinet to allow access to the internal components, and a computer system that manages the dispensing of inventory. The ADU may include a mechanism for the dispensing of medications for individual patients including: one or more canisters for storing medications, one or more canister base stations for securing the one or more canisters to the ADU, and a chute and funnel system for the guidance of medications as they fall from the canisters into a packaging station for packaging medications into packages for particular patients. One or more sensors may be used to detect misdispensing of medications, and a combination of sensors and operating sequences may be used to reduce the amount of misdispensed medication.

Abstract: A faucet spray head magnetic docking system includes a socket that couples to an end of the spout, and a bonnet that couples to the spray head and that engages with the socket. The socket includes a shell configured to be arranged in the mouth of the spout, and integrated with one or more magnetic elements. The magnetic elements may be inserted into corresponding holes of the socket shell. Alternatively, the magnetic elements may be incorporated directly into the shell. The bonnet includes a threaded portion for coupling to corresponding threads of a connector at the spray head, and includes one or more corresponding magnets configured to magnetically attract to the magnetic elements of the socket.

Abstract: A grease gun is provided comprising a body having a reservoir bore with a plurality of grooves; a grease reservoir is in communication with the reservoir bore and has a reservoir groove on an outside surface of the reservoir. A retention fastener is received by a groove and is in operational engagement with the reservoir groove to removably retain the reservoir. The retention fastener may be connected to a fastener bracket via an aperture. The bracket is connected to a push-button via a connection mechanism. The grease reservoir may be removed or mounted to the connection aperture by exerting force on the button which transfers the force to the bracket via the connection mechanism. The force causes movement of the bracket along the aperture which deforms the retention fastener to allow the grease reservoir to be mounted/removed.

Abstract: A faucet spray head magnetic docking system includes a socket that couples to an end of the spout, and a bonnet that couples to the spray head and that engages with the socket. The socket includes a shell configured to be arranged in the mouth of the spout, and integrated with one or more magnetic elements. The magnetic elements may be inserted into corresponding holes of the socket shell. Alternatively, the magnetic elements may be incorporated directly into the shell. The bonnet includes a threaded portion for coupling to corresponding threads of a connector at the spray head, and includes one or more corresponding magnets configured to magnetically attract to the magnetic elements of the socket.

Abstract: A faucet spray head magnetic docking system includes a socket that couples to an end of the spout, and a bonnet that couples to the spray head and that engages with the socket. The socket includes a shell configured to be arranged in the mouth of the spout, and integrated with one or more magnetic elements. The magnetic elements may be inserted into corresponding holes of the socket shell. Alternatively, the magnetic elements may be incorporated directly into the shell. The bonnet includes a threaded portion for coupling to corresponding threads of a connector at the spray head, and includes one or more corresponding magnets configured to magnetically attract to the magnetic elements of the socket.

Abstract: A grease gun is provided comprising a body having a reservoir bore with a plurality of grooves; a grease reservoir is in communication with the reservoir bore and has a reservoir groove on an outside surface of the reservoir. A retention fastener is received by a groove and is in operational engagement with the reservoir groove to removably retain the reservoir. The retention fastener may be connected to a fastener bracket via an aperture. The bracket is connected to a push-button via a connection mechanism. The grease reservoir may be removed or mounted to the connection aperture by exerting force on the button which transfers the force to the bracket via the connection mechanism. The force causes movement of the bracket along the aperture which deforms the retention fastener to allow the grease reservoir to be mounted/removed.

Abstract: A faucet spray head magnetic docking system includes a socket that couples to an end of the spout, and a bonnet that couples to the spray head and that engages with the socket. The socket includes a shell configured to be arranged in the mouth of the spout, and integrated with one or more magnetic elements. The magnetic elements may be inserted into corresponding holes of the socket shell. Alternatively, the magnetic elements may be incorporated directly into the shell. The bonnet includes a threaded portion for coupling to corresponding threads of a connector at the spray head, and includes one or more corresponding magnets configured to magnetically attract to the magnetic elements of the socket.

Abstract: A faucet spray head magnetic docking system includes a socket that couples to an end of the spout, and a bonnet that couples to the spray head and that engages with the socket. The socket includes a shell configured to be arranged in the mouth of the spout, and integrated with one or more magnetic elements. The magnetic elements may be inserted into corresponding holes of the socket shell. Alternatively, the magnetic elements may be incorporated directly into the shell. The bonnet includes a threaded portion for coupling to corresponding threads of a connector at the spray head, and includes one or more corresponding magnets configured to magnetically attract to the magnetic elements of the socket.

Abstract: A tool configured to dispense consumables, such as a plurality of stackable weld clips. The tool may receive the insertion of a magazine, which may include the weld clips, a pusher, and a retention pin positioned on a cartridge skewer. The magazine may be inserted into a magazine holder assembly to provide a magazine assembly. The magazine holder assembly may include one or more movable and stationary racks that engage the pusher. The rearward lateral displacement of a spindle may displace the movable rack and electrode arms, while opening retention arms. The electrode arms, which may include clip back-up arms, may be positioned to provide a clamping force on a weld clip that is being dispensed. The forward displacement of the spindle may displace the clamped welding clip with the electrode arms, pivotally open a pawl mechanism, move the retention arms to a closed position, are result in the indexing of weld clips in the magazine assembly.

Abstract: A faucet spray head magnetic docking system includes a socket that couples to an end of the spout, and a bonnet that couples to the spray head and that engages with the socket. The socket includes a shell configured to be arranged in the mouth of the spout, and integrated with one or more magnetic elements. The magnetic elements may be inserted into corresponding holes of the socket shell. Alternatively, the magnetic elements may be incorporated directly into the shell. The bonnet includes a threaded portion for coupling to corresponding threads of a connector at the spray head, and includes one or more corresponding magnets configured to magnetically attract to the magnetic elements of the socket.

Abstract: A faucet spray head magnetic docking system includes a socket that couples to an end of the spout, and a bonnet that couples to the spray head and that engages with the socket. The socket includes a shell configured to be arranged in the mouth of the spout, and integrated with one or more magnetic elements. The magnetic elements may be inserted into corresponding holes of the socket shell. Alternatively, the magnetic elements may be incorporated directly into the shell. The bonnet includes a threaded portion for coupling to corresponding threads of a connector at the spray head, and includes one or more corresponding magnets configured to magnetically attract to the magnetic elements of the socket.

Abstract: A faucet spray head magnetic docking system includes a socket that couples to an end of the spout, and a bonnet that couples to the spray head and that engages with the socket. The socket includes a shell configured to be arranged in the mouth of the spout, and integrated with one or more magnetic elements. The magnetic elements may be inserted into corresponding holes of the socket shell. Alternatively, the magnetic elements may be incorporated directly into the shell. The bonnet includes a threaded portion for coupling to corresponding threads of a connector at the spray head, and includes one or more corresponding magnets configured to magnetically attract to the magnetic elements of the socket.

Abstract: A fluid delivery system for dispensing fluid can include a dispenser, such as a trigger engine-type dispenser (100), configured to draw fluid up from a container. A nozzle assembly can include a nozzle (160), and a nozzle slide (112). The nozzle slide can be configured to slide and/or rotate relative to the shroud (102) to provide different dispensing modes. In alternative examples, the nozzle (160) can be configured to rotate in 30 degree increments relative to the shroud (102) to provide the different dispensing modes or the nozzle assembly can include a nozzle extension, and the nozzle extension can be configured to rotate relative to the shroud to provide different dispensing patterns out of the nozzle. In another example a first nozzle can be configured to provide one or more dispensing modes, and a second nozzle can be configured to provide a different dispensing mode than the first nozzle. Methods of dispensing fluids and methods of assembling fluid dispensers are also disclosed.

Abstract: A tool configured to dispense consumables, such as a plurality of stackable weld clips. The tool may receive the insertion of a magazine, which may include the weld clips, a pusher, and a retention pin positioned on a cartridge skewer. The magazine may be inserted into a magazine holder assembly to provide a magazine assembly. The magazine holder assembly may include one or more movable and stationary racks that engage the pusher. The rearward lateral displacement of a spindle may displace the movable rack and electrode arms, while opening retention arms. The electrode arms, which may include clip back-up arms, may be positioned to provide a clamping force on a weld clip that is being dispensed. The forward displacement of the spindle may displace the clamped welding clip with the electrode arms, pivotally open a pawl mechanism, move the retention arms to a closed position, are result in the indexing of weld clips in the magazine assembly.

Abstract: In certain embodiments, a remote automated dispensing unit (ADU) may include an enclosed cabinet, one or more locking mechanisms to keep the cabinet secure, one or more doors on the cabinet to allow access to the internal components, and a computer system that manages the dispensing of inventory. The ADU may include a mechanism for the dispensing of medications for individual patients including: one or more canisters for storing medications, one or more canister base stations for securing the one or more canisters to the ADU, and a chute and funnel system for the guidance of medications as they fall from the canisters into a packaging station for packaging medications into packages for particular patients. One or more sensors may be used to detect misdispensing of medications, and a combination of sensors and operating sequences may be used to reduce the amount of misdispensed medication.

Abstract: In certain embodiments, a lockable canister for retaining and selectively dispensing medications is disclosed. To prevent drug diversion, a plurality of doses of medication may be loaded into the locking canister at a central pharmacy and then the canister may be locked to prevent unauthorized removal of medication in transit to a remote automated dispensing unit that may be located in a remote pharmacy. The lockable canister may include a canister housing and a canister cover that may be locked to the canister housing to enclose the plurality of doses of medication. The canister cover may include tamper evident or tamper resistant features. The canister may include one or more locking mechanisms to prevent unauthorized access to the medication in the canister in transit or before it is specifically authorized for dispensing.

Abstract: A system for labeling a patient specimen tube with identification information that includes a labeling device. The labeling device includes scanning and printing units electronically connected to a microcomputer. The scanning unit is configured to electronically read machine readable information provided on a patient identification article carried by the patient. The printing unit includes a print head. The microcomputer is programmed to receive information obtained by the scanning unit, interface with a database to correlate the received information with patient label information, format the patient label information, and prompt the printing unit to print the patient label information onto the specimen tube. In some embodiments, the database is maintained by a network server, with the labeling device electronically interfacing with the network server.